2015 Mazda Mazda6 TSBs

A. Auxiliary Key Trace Cut Method B. Auxiliary Key Code Cut Method 2019 and newer models require a 10-digit key code to accurately cut keys 5-digit codes CANNOT be provided for 2019 and newer vehicles (the traditional 5-digit code from the key tag or driver's door lock cylinder is not sufficient and will not be issued for key cutting on these models). Only Mazda-approved key cutting machines can process these 10-digit codes. Many older key machines do not support 10-digit codes and cannot be updated to do so. In these cases, dealers will need to purchase one of the newer Mazda-approved key cutting machines capable of handling this requirement. For a list of current Mazda-approved machines and purchasing options, refer to the Mazda Dealer Equipment Program or view the current Mazda approved key machines below.

customer before proceeding with normal MGSS diagnosis by asking if any aftermarket devices have been installed. Aftermarket devices may be the cause of the electrical concern. Below are a few examples of unusual electrical concerns caused by aftermarket devices.

For this concern, inspect the vehicle for any trace of a fluid or oil leak and use the following examples as a guide to determine if it is severe enough to require a repair, or just to clean the area and monitor it at the next service. Examples of residue or seepage that may not be considered a leak and that may not require repair based on splash shield inspection.

Foreign debris on the blower motor after servicing the cabin air filter may be the cause. During the removal of the cabin air filter, foreign debris (leaves, dust, dirt....ect.) may fall on the blower motor causing a fluttering type noise or odor.

customer before proceeding with normal MGSS diagnosis by asking if any aftermarket devices have been installed. Aftermarket devices may be the cause of the electrical concern. Below are a few examples of unusual electrical concerns caused by aftermarket devices.

For this concern, inspect the vehicle for any trace of a fluid or oil leak and use the following examples as a guide to determine if it is severe enough to require a repair, or just to clean the area and monitor it at the next service.

NOTE: Tampering with a motor vehicle odometer is strictly prohibited by Federal, and State laws. It is the dealers responsibility to comply with Federal, State, and local laws concerning odometer and related documentation requirements when providing a repair or replacement. Mazda vehicles are manufactured with tamper-proof speedometers. When a speedometer is replaced, the new speedometer will read zero (0) miles. This procedure is extremely important to accurately represent actual vehicle mileage. Prior to speedometer removal, complete the information required on the Speedometer Replacement Label. Labels can only be ordered through Mazda eStore. In an effort to achieve a higher level of Customer Experience and retain the value of Mazdas vehicles, MNAO Warranty Operations is allowing all Mazda dealers to utilize a third party, SPECMO Enterprises, Inc., for Instrument Panel Cluster (IPC) odometer setting service. With the use of SPECMOs services, it is possible that the odometer will be set between 10 to 31 miles over the odometer mileage at the time of replacement for both warranty and customer pay repairs. Please make sure that the customer is aware that there may be a slight variance to the odometer, in which case the customer may have to accept the slightly higher mileage. Since odometer setting service is not part of the warranty repair, it is not warrantable nor required, but optional. However, Mazda Warranty policy provides after- warranty assistance (AWA) or DSA that can be utilized to cover this service expense.

customer before proceeding with normal MGSS diagnosis by asking if any aftermarket devices have been installed. Aftermarket devices may be the cause of the electrical concern. Below are a few examples of unusual electrical concerns caused by aftermarket devices.

This may be caused by insufficient sealing at the drive belt auto tensioner damper when the auto tensioner fully operates under both high ambient temperature and high load conditions. To eliminate this concern, the shape of the drive belt auto tensioner damper has been changed.

customer before proceeding with normal MGSS diagnosis by asking if any aftermarket devices have been installed. Aftermarket devices may be the cause of the electrical concern. Below are a few examples of unusual electrical concerns caused by aftermarket devices.

DTCs stored in the TCM memory (P0842, P0847, P0872, P0877, P0780, P1738).

These parts are not listed in GEPC and were previously listed as "non-serviceable" in the cylinder block diagram.

Vehicles having this concern should use the following Inspection/Repair procedure.

customer before proceeding with normal MGSS diagnosis by asking if any aftermarket devices have been installed. Aftermarket devices may be the cause of the electrical concern. Below are a few examples of unusual electrical concerns caused by aftermarket devices. Examples: 1. Devices connected to the DLC-2 (battery discharge/DTC stored) 2. Cell phone charger/accessory in 12V socket (engine no start or unable to turn off) 3. GPS tracking device (engine no start/battery discharge) 4. Dash cam (DTC stored) 5. Non-certified USB cable (Apple Carplay/ Android Auto will not connect) 6. Over-sized wheels/tires (incorrect GPS location)

Stored in TCM Memory

Gasoline containing ethanol is likely available at your local gasoline station. Typical blends of ethanol include E10 and E85. E10: A blend of 10% ethanol and 90% gasoline, E85: A blend of 85% ethanol and 15% gasoline, All Mazda vehicles can run on gasoline containing up to 10% ethanol (E10) but only some 1999-2001 B3000 trucks can run on gasoline with more than 10% ethanol blended. E10 compatible vehicles: All Mazda vehicles. E85 compatible vehicles: 1999-2001 B3000 Mazda trucks with the 8th VIN digit is V. What if a customer puts E85 in there Mazda vehicle? Symptoms include: Rough Running, Lean Codes, Misfires and/or misfire codes, Lack of power, Poor fuel economy, Spark knock, Mechanical engine damage.

DTCs stored in the TCM memory (P0842, P0847, P0872, P0877, P0780, P1738). P0842:00 - Oil pressure switch No. 1 (oil pressure switch B) stuck on, P0847:00 - Oil pressure switch No. 2 (oil pressure switch A) stuck on, P0872:00 - Oil pressure switch No. 3 (oil pressure switch A) stuck on, P0780:00 - Gear shifting malfunction, P1738:00 Automatic transaxle internal malfunction. This is caused by the oil pressure switch A and/or B at the control valve body temporarily or permanently getting stuck due to contamination entering the passage. To correct the problem, some mass production changes have been implemented to reduce contamination and improve the DTC diagnostic logic. NOTE: If the vehicle also has a delayed engagement concern, this TSB is not applicable. Refer to the instructions on MGSS (SLOW ENGAGING AFTER OPERATING SELECTOR LEVER FROM N TO D POSITION [FW6A-EL/FW6AX-EL]) or (SLOW ENGAGING AFTER OPERATING SELECTOR LEVER FROM N TO D POSITION [EW6A-EL/EW6AX-EL]) for proper diagnosis and repair procedure.

This may be caused by a customer installed aftermarket decorative trim and/or cover on the START/STOP ENGINE button. The aftermarket accessory may create electrical interference, which may interfere with programming.

customer before proceeding with normal Workshop Manual diagnosis. Aftermarket devices may be the cause of the electrical concern. Ask the customer if any aftermarket devices have been installed.

customer before proceeding with normal Workshop Manual diagnosis. Aftermarket devices may be the cause of the electrical concern. Ask the customer if any aftermarket devices have been installed.

The noise may be caused by cable vibration, which transmits power from the motor to the gears. The cable vibrates inside the case due to inadequate fabric wrapped around the cable. The fabric thickness has been increased to eliminate the noise.

P2610:00: Instrument cluster internal engine off timer performance problem. P2507:00: PCM battery voltage low input

when turning the steering wheel while the vehicle is stopped.

P0015:00 - Exhaust CMP timing over-retarded, P0524:00 - Engine oil pressure too low. This is caused by a drop in engine oil pressure due to a piece of foreign object stuck on the oil pump pressure relief valve or oil control valve (OCV). The temporary entry of the foreign object triggers a check engine light on, but rough idle will not be produced until a later time.

Some customers may complain about an unusual noise coming from the engine compartment for about 20 seconds after a cold engine start. This noise is a normal engine operation for improved exhaust gas emissions. The noise does not indicate a malfunction.

may exhibit the check engine light on with DTC P0451 (fuel tank pressure sensor: sensor characteristic malfunction) stored in memory. This concern may be caused by an increase in discharge resistance due to water accumulated and frozen in the canister vent hose.

Some vehicles may exhibit a rough idle and/or the check engine light on with any of the following DTC(s) stored in memory. *P0300 - Random misfire detected *P0301-Cylinder No.1 misfire detected *P0302 Cylinder No.2 misfire detected *P0303-Cylinder No.3 misfire detected *P0304 Cynlinder No.4 misfire Detected This may be caused by frozen water accumulated in the main silencer, restricting exhaust flow. Customers having this cocern should have their vehicle repaired using the ffollowifng repair procedure.

Before attempting any repairs, verify the complaint by using the guideline below to determine if an engine repair is necessary: Engine Oil Consumption Inspection Guideline 1. Record the vehicle mileage. 2. Engine at normal operating temperature, top off engine oil level to the full mark on the dipstick. 3. Ask the customer to return to the dealer after 1200 miles to recheck the engine oil level. 4. After 1200 miles, engine at normal operating temperature, check the engine oil level on the dipstick. 5. Is the engine oil level above the low mark on the dipstick? Yes - No repair is necessary. No - Proceed to MGSS online or Workshop Manual (section 01-03 NO. 16 HIGH OIL CONSUMPTION/LEAKAGE).

head, but it is no longer available. The following 3 adhesives are alternatives available as an equivalent to Loctite 962T: Loctite 272, Loctite 518 Threebond TB-1386H

This noise is a normal engine operation for improved exhaust gas emissions. The noise does not indicate a malfunction. ACCELERATED WARM-UP SYSTEM (AWS): All SKYACTIV-G engines adopt AWS to reduce exhaust gas emissions immediately after a cold engine start. AWS increases the engine idling speed and retards the ignition timing for about 20 seconds after the cold engine start to quickly warm up the catalytic converter. The customer may identify the engine sound during the AWS operation as a unusual noise.

customer before proceeding with normal Workshop Manual diagnosis. Aftermarket devices may be the cause of the electrical concern. Ask the customer if any aftermarket devices have been installed. Below are a couple of examples of unusual electrical concerns caused by aftermarket devices.

DTCs stored in the TCM memory (P0842, P0847, P0872, P0877, P0780, P1738). This is caused by the oil pressure switch A and/or B at the control valve body temporarily or permanently getting stuck due to contamination entering the passage. To correct the problem, some mass production changes have been implemented to reduce contamination and improve the DTC diagnostic logic.

P2610:00: Instrument cluster internal engine off timer performance problem P2507:00: PCM battery voltage low input. As a past malfunction, the customer will not notice it (no warning light illuminated), but the DTC may be found during a vehicle service. P2507 in this situation is only applicable on 2016 and later models. This is caused by the engine being started 3 or more times after a short duration of engine off (less than 15 seconds) with the room fused removed. NOTE: The odometer will display F0-002 during transport mode (room fuse 15A removed). Transport mode is canceled when room fuse 15A is installed or the vehicle odometer is more than 12.4mi (20km).Vehicles in dealer inventory with this concern should be repaired using the following repair procedure.

NOTE: Tampering with a motor vehicle odometer is strictly prohibited by Federal, and State laws. It is the dealers responsibility to comply with Federal, State, and local laws concerning odometer and related documentation requirements when providing a repair or replacement. Mazda vehicles are manufactured with tamper-proof speedometers. When a speedometer is replaced, the new speedometer will read zero (0) miles. This procedure is extremely important to accurately represent actual vehicle mileage. Prior to speedometer removal, complete the information required on the Speedometer Replacement Label. Labels can only be ordered through Mazda eStore. In an effort to achieve a higher level of Customer Experience and retain the value of Mazdas vehicles, MNAO Warranty Operations is allowing all Mazda dealers to utilize a third party, SPECMO Enterprises, Inc., for Instrument Panel Cluster (IPC) odometer setting service. With the use of SPECMOs services, it is possible that the odometer will be set between 10 to 31 miles over the odometer mileage at the time of replacement for both warranty and customer pay repairs. Please make sure that the customer is aware that there may be a slight variance to the odometer, in which case the customer may have to accept the slightly higher mileage. Since odometer setting service is not part of the warranty repair, it is not warrantable nor required, but optional. However, Mazda Warranty policy provides after- warranty assistance (AWA) or DSA that can be utilized to cover this service expense.

before installing a replacement engine assembly. If the intake manifold is not cleaned properly, the replacement engine may fail prematurely. Metallic debris from the old engine (with catastrophic internal mechanical failure) may rest inside the intake manifold. When the new engine assembly is installed, debris in the intake manifold will be ingested into the new engine and cause internal damage.

This Service Bulletin is to inform you about the water pump sealing mechanism and the criteria if replacement is necessary or not.

Some customer's might state that they notice fluid or oil leaking/dripping on the ground when the vehicle is parked. For this concern, inspect the vehicle for any trace of a fluid or oil leak and use the following examples as a guide to determine if it is severe enough to require a repair, or just to clean the area and monitor it at the next service.

This may be caused by insufficient sealing at the drive belt auto tensioner damper when the auto tensioner fully operates under both high ambient temperature and high load conditions. To eliminate this concern, the shape of the drive belt auto tensioner damper has been changed.

Engine Start/Start Button Amber indicator light flashing Battery discharge Electrical relay buzzing noise DTC B13D3:94 (Communication error with remote transmitter) stored.This may be caused by: A key in a purse near a cell phone. The cell phone radio waves may interrupt the immobilizer system. An aftermarket cell phone charger. The charger may produce electrical noise that interrupts the immobilizer system. An aftermarket GPS tracker. Some aftermarket devices that are wired to the vehicless wiring harness may create unusual electrical symptoms.

This may be caused by a poor C-11 or C-12 electrical connection.

Before attempting any repairs, verify the complaint by using the guideline below to determine if an engine repair is necessary:

before installing a replacement engine assembly. If the intake manifold is not cleaned properly, the replacement engine may fail prematurely. Metallic debris from the old engine (with catastrophic internal mechanical failure) may rest inside the intake manifold. When the new engine assembly is installed, debris in the intake manifold will be ingested into the new engine and cause internal damage.

P0015:00 - Exhaust CMP timing over-retarded. P0524:00 - Engine oil pressure too low. This is caused by a drop in engine oil pressure due to a piece of foreign object stuck on the oil pump pressure relief valve or oil control valve (OCV). The temporary entry of the foreign object triggers a check engine light on, but rough idle will not be produced until a later time.

DTCs stored in the TCM memory (P0842, P0847, P0872, P0877, P0780, P1738). P0842:00 - Oil pressure switch No. 1 (oil pressure switch B) stuck on P0847:00 - Oil pressure switch No. 2 (oil pressure switch A) stuck on P0872:00 - Oil pressure switch No. 3 (oil pressure switch A) stuck on P0877:00 - Oil pressure switch No. 4 (oil pressure switch B) stuck on P0780:00 - Gear shifting malfunction P1738:00 - Automatic transaxle internal malfunction This is caused by the oil pressure switch A and/or B at the control valve body temporarily or permanently getting stuck due to contamination entering the passage. To correct the problem, some mass production changes have been implemented to reduce contamination and improve the DTC diagnostic logic. NOTE: If the vehicle also has a delayed engagement concern, this TSB is not applicable. Refer to the instructions on MGSS (SLOW ENGAGING AFTER OPERATING SELECTOR LEVER FROM N TO D POSITION [FW6A-EL/FW6AX-EL]) or (SLOW ENGAGING AFTER OPERATING SELECTOR LEVER FROM N TO D POSITION [EW6A-EL/EW6AX-EL]) for proper diagnosis and repair procedure.

lock release button (1) on the selector lever knob. Although the selector lever is in the "P" position and the engine shuts off normally, the ignition may stay on (in accessory mode). NOTE: This TSB only applies if the selector lever knob is BHN2-46-030* or BHN4-46-030* with the lock release button. If not, this TSB does not apply. This may be caused by the lock release button in the selector lever knob sticking in the pressed position. An improper production process is causing an internal part to expand with moisture and interfere with other parts. To eliminate this concern, the production process has been modified.

NOTE: Tampering with a motor vehicle odometer is strictly prohibited by Federal, and State laws. It is the dealer's responsibility to comply with Federal, State, and local laws concerning odometer and related documentation requirements when providing a repair or replacement. Mazda vehicles are manufactured with tamper-proof speedometers. When a speedometer is replaced, the new speedometer will read zero (0) miles. This procedure is extremely important to accurately represent actual vehicle mileage. Prior to speedometer removal, complete the information required on the "Speedometer Replacement Label". Labels can only be ordered through Mazda eStore. In an effort to achieve a higher level of Customer Experience and retain the value of Mazda's vehicles, MNAO Warranty Operations is allowing all Mazda dealers to utilize a third party, SPECMO Enterprises, Inc., for Instrument Panel Cluster (IPC) odometer setting service. With the use of SPECMO's services, it is possible that the odometer will be set between 10 to 31 miles over the odometer mileage at the time of replacement for both warranty and customer pay repairs. Please make sure that the customer is aware that there may be a slight variance to the odometer, in which case the customer may have to accept the slightly higher mileage. Since odometer setting service is not part of the warranty repair, it is not warrantable nor required, but optional. However, Mazda Warranty policy provides after-warranty assistance (AWA) or DSA that can be utilized to cover this service expense.

This concern will most likely occur during the vehicles first forward movement after starting the engine. This is a normal operating noise of the Anti-Lock Brake System (ABS). Do not attempt any repairs. If you encounter a customer complaint for this concern, explain that the noise comes from the ABS/TCS/DSC "Malfunction Detection Function" initial check and that there is no problem. This initial checkis a necessary function to ensure the normal operation of the ABS/TCS/DSC system. It occurs when the vehicles first moves forward under the following conditions. NOTE: Some customers may describe that the noise does not occur all the time. It does occur all the time, but the sound is more likely to be heard on a slow start and not on a quick start (quick acceleration) when engine noise is louder.

Fahrenheit / 0 degrees Celsius), some vehicles may exhibit a rough idle and/or the check engine light on with any of the following DTC(s) stored in memory. P0300 - Random misfire detected P0301 - Cylinder No. 1 misfire detected P0302 - Cylinder No. 2 misfire detected P0303 - Cylinder No. 3 misfire detected P0304 - Cylinder No.4 misfire detected. This may be caused by frozen water accumulated in the main silencer, restricting exhaust flow.

Unlike previous Mazda models, there is no key cylinder on the steering column. Therefore, the engine cannot be started with the auxiliary key if the room fuse is removed or if the transmitter battery is dead.

P0456: EVAP system leak detected (very small leak). The concern is most likely the result of the customer not getting the fuel cap completely closed after fueling the vehicle. This causes a small fuel vapor leak and turns DTC P0456 on.

The odor is usually noticed after a cold start, fast idle, extended periods of idling and full throttle acceleration. Sulfur smell is not an indication of an engine concern and will not cause reduced driveability or durability of the engine or any of its emission components. The sulfur smell or 'rotten egg' odor is caused by high amounts of sulfur in the gasoline being used in the vehicle. Sulfur is normally eliminated during the refining process, but the EPA regulation of sulfur in gasoline differs from state to state. Vehicles using fuel containing high amounts of sulfur will most likely emit sulfur smell from the exhaust system.When high sulfur fuel is burned, there is a chemical reaction in the catalytic converter causing the sulfur tooxidize. As the vehicle is driven, the oxidizing reaction odor in the converter will decrease with mileage and age.

P2610:00: Instrument cluster internal engine off timer performance problem P2507:00: PCM battery voltage low input As a past malfunction, the customer will not notice it (no warning light illuminated), but the DTC may be found during a vehicle service. P2507 in this situation is only applicable on 2016 and later models. This is caused by the engine being started 3 or more times after a short duration of engine off (less than 15 seconds) with the room fused removed. NOTE: The odometer will display "F0-002" during transport mode (room fuse 15A removed). Transport mode is canceled when room fuse 15A is installed or the vehicle odometer is more than 12.4mi (20km). Vehicles in dealer inventory with this concern should be repaired using the following repair procedure.

NOTE: Tampering with a motor vehicle odometer is strictly prohibited by Federal, and State laws. It is the dealer's responsibility to comply with Federal, State, and local laws concerning odometer and related documentation requirements when providing a repair or replacement. Mazda vehicles are manufactured with tamper-proof speedometers. When a speedometer is replaced, the new speedometer will read zero (0) miles. This procedure is extremely important to accurately represent actual vehicle mileage. Prior to speedometer removal, complete the information required on the "Speedometer Replacement Label". Labels can only be ordered through Mazda eStore. In an effort to achieve a higher level of Customer Experience and retain the value of Mazda's vehicles, MNAO Warranty Operations is allowing all Mazda dealers to utilize a third party, SPECMO Enterprises, Inc., for Instrument Panel Cluster (IPC) odometer setting service. With the use of SPECMO's services, it is possible that the odometer will be set between 10 to 31 miles over the odometer mileage at the time of replacement for both warranty and customer pay repairs. Please make sure that the customer is aware that there may be a slight variance to the odometer, in which case the customer may have to accept the slightly higher mileage. Since odometer setting service is not part of the warranty repair, it is not warrantable nor required, but optional. However, Mazda Warranty policy provides after- warranty assistance (AWA) or DSA that can be utilized to cover this service expense.

It becomes very noticable with dust adhesion. In some cases, the area of oil residue extends down to around the joint portion (B) between the engine front cover and the oil pan. This may be caused by oil escaping from a fine clearance created at the sealant applied to joint (A) between the cylinder block (B) and head (C) when the engine was pressurized during leak testing on the engine assembly line.

The odor is usually noticed after a cold start, fast idle, extended periods of idling and full throttle acceleration. Sulfur smell is not an indication of an engine concern and will not cause reduced driveability or durability of the engine or any of its emission components. The sulfur smell or 'rotten egg' odor is caused by high amounts of sulfur in the gasoline being used in the vehicle. Sulfur is normally eliminated during the refining process, but the EPA regulation of sulfur in gasoline differs from state to state. Vehicles using fuel containing high amounts of sulfur will most likely emit sulfur smell from the exhaust system. When high sulfur fuel is burned, there is a chemical reaction in the catalytic converter causing the sulfur to oxidize. As the vehicle is driven, the oxidizing reaction odor in the converter will decrease with mileage and age.

Engine Start/Start Button Amber indicator, light flashing, Battery discharge, Electrical relay buzzing noise.This may be caused by: A key in a purse near a cell phone. The cell phone radio waves may interrupt the immobilizer system. An aftermarket cell phone charger. The charger may produce electrical noise that interrupts the immobilizer system. An aftermarket GPS tracker. Some aftermarket devices that are wired to the vehicles?s wiring harness may create unusual electrical symptoms.

A blurry rear view monitor display. This may be caused by an aftermarket accessory device. Some aftermarket electrical devices (e.g., an accessory cell phone charger, GPS tracker...) may create excessive electrical noise. The noise may interrupt some of the vehicle electrical systems. Below are a few examples of an aftermarket cell phone charger and GPS tracker that are interrupting the vehicle electrical systems.

customer before proceeding with normal Workshop Manual diagnosis. Aftermarket devices may be the cause of the electrical concern. Ask the customer if any aftermarket devices have been installed. Below are a couple of examples of unusual electrical concerns caused by aftermarket devices.

NOTE: Tampering with a motor vehicle odometer is strictly prohibited by Federal, and State laws. It is the dealer's responsibility to comply with Federal, State, and local laws concerning odometer and related documentation requirements when providing a repair or replacement. Mazda vehicles are manufactured with tamper-proof speedometers. When a speedometer is replaced, the new speedometer will read zero (0) miles. This procedure is extremely important to accurately represent actual vehicle mileage. Prior to speedometer removal, complete the information required on the "Speedometer Replacement Label". Labels can only be ordered through Mazda eStore. In an effort to achieve a higher level of Customer Experience and retain the value of Mazda's vehicles, MNAO Warranty Operations is allowing all Mazda dealers to utilize a third party, SPECMO Enterprises, Inc., for Instrument Panel Cluster (IPC) odometer setting service. With the use of SPECMO's services, it is possible that the odometer will be set between 10 to 31 miles over the odometer mileage at the time of replacement for both warranty and customer pay repairs. Please make sure that the customer is aware that there may be a slight variance to the odometer, in which case the customer may have to accept the slightly higher mileage. Since odometer setting service is not part of the warranty repair, it is not warrantable nor required, but optional. However, Mazda Warranty policy provides after-warranty assistance (AWA) or DSA that can be utilized to cover this service expense.

Instrument cluster red security indicator light ON, Engine Start/Start Button Amber indicator light flashing.

complain about the following: Engine no start. A blurry rear view monitor display. This may be caused by an aftermarket accessory device. Some aftermarket electrical devices (e.g., an accessory cell phone charger) may create excessive electrical noise. The noise may interrupt some of the vehicle electrical systems. Below are a few examples of an aftermarket cell phone charger that is interrupting the vehicle electrical systems.

(e.g, dead battery, engine no start, DTC(s) stored...), interview the customer before proceeding with normal Workshop Manual diagnosis. Aftermarket devices may be the cause of the electrical concern. Ask the customer if any aftermarket devices have been installed. Below are a couple of examples of unusual electrical concerns caused by aftermarket devices.

The noise may be caused by cable vibration, which transmits power from the motor to the gears. The cable vibrates inside the cable casing due to inadequately wrapped fabric around the cable. To eliminate this concern, the power seat cable has been changed to a type that produces less friction and noise.

temperature), the engine oil may become diluted with fuel and the engine oil level will increase. Engine oil dilution with fuel occurring under this specific driving condition is normal with direct injection engines. If the vehicle is driven on a longer trip after a lot of short trips (where the engine reaches normal operating temperature), the Check Engine Light may turn ON with DTC P0172:00 (Fuel system too rich).

P0456: EVAP system leak detected (very small leak)The concern is most likely the result of the customer not getting the fuel cap completely closed after fuelingthe vehicle. This causes a small fuel vapor leak and turns DTC P0456 on.

P2610:00: Instrument cluster internal engine off timer performance problem P2507:00: PCM battery voltage low input. As a past malfunction, the customer will not notice it (no warning light illuminated), but the DTC may be found during a vehicle service. P2507 in this situation is only applicable on 2016 and later models. This is caused by the engine being started 3 or more times after a short duration of engine off (less than 15 seconds) with the room fused removed. NOTE: The odometer will display "F0-002" during transport mode (room fuse 15A removed). Transport mode is canceled when room fuse 15A is installed or the vehicle odometer is more than 12.4mi (20km). Vehicles in dealer inventory with this concern should be repaired using the following repair procedure.

It is most noticeable when the A/C is first turned ON. This odor is the result of mold growth in the A/Cevaporator/cooling unit which is caused by condensation, dust, and pollen within the cooling unit. This condition is usually worse during high humidity conditions. "Mazda Air Cooling Coil Coating" is available to encapsulate the mold to reduce odors. If the product is properly applied, it can effectively reduce the musty/mildew odor for up to three years. NOTE: See parts information for Mazda Air Cooling Coil Coating and Kit part numbers. This treatment provides a durable coating that will aid to prevent biological reactions that lead to odorconcerns. It is applied to the evaporator in a misted form that is introduced by way of the cabin air filter, the re-circulate door, the blower motor resistor access, or the blower motor air intake. Proper application requires the evaporator surface to be: Relatively clean and free of leaves, dust build-up and debris. Thoroughly dried, and the product cured onto it after application. NOTE: Keep the cooling unit dry by leaving the blower fan ON (at least on low), even if the A/C is not being used. In low humidity (dry) conditions, keep the ventilation system in the "FRESH" mode all the time, or as much as possible. In high humidity conditions, or if the air has a lot of dust or pollen, keep the system in the "RECIRCULATION" mode. A few minutes before reaching a destination, turn the A/C OFF, but leave the blower fan ON. This stops the accumulation of condensation on the evaporator/cooling unit, and it helps dry the inside of the cooling unit. A/C odor is not unique to Mazda vehicles as it will occur in other makes and models. To minimize A/C odor, suggest the following to the customers.

DTCs stored in the TCM memory (P0842, P0847, P0872, P0877, P0780, P1738). P0842:00 - Oil pressure switch No. 1 (oil pressure switch B) stuck on P0847:00 - Oil pressure switch No. 2 (oil pressure switch A) stuck on P0872:00 - Oil pressure switch No. 3 (oil pressure switch A) stuck on P0877:00 - Oil pressure switch No. 4 (oil pressure switch B) stuck on P0780:00 - Gear shifting malfunction P1738:00 Automatic transaxle internal malfunction This is caused by the oil pressure switch A and/or B at the control valve body temporarily or permanently getting stuck due to contamination entering the passage. To correct the problem, some mass production changes have been implemented to reduce contamination and improve the DTC diagnostic logic. NOTE: If the vehicle also has a delayed engagement concern, this TSB is not applicable. Refer to MGSS online for proper diagnosis and repair procedure.

This concern will most likely occur during the vehicles first forward movement after starting the engine. This is a normal operating noise of the Anti-Lock Brake System (ABS). Do not attempt any repairs. If you encounter a customer complaint for this concern, explain that the noise comes from the ABS/TCS/DSC "Malfunction Detection Function" initial check and that there is no problem. This initial check is a necessary function to ensure the normal operation of the ABS/TCS/DSC system. It occurs when the vehicles first moves forward under the following conditions. NOTE: Some customers may describe that the noise does not occur all the time. It does occur all the time, but the sound is more likely to be heard on a slow start and not on a quick start (quick acceleration) when engine noise is louder.

Unlike previous Mazdamodels, there is no key cylinder on the steering column. Therefore, the engine cannot be started with theauxiliary key if the room fuse is removed or if the transmitter battery is dead.NOTE: The auxiliary key can only be used to lock or unlock the doors. It cannot be used to start the engine. Two transmitters are placed in a vinyl bag and stored in the center console cup holder. Since the room fuse is not installed during vehicle assembly, a new procedure is required to start the engine. Refer to "Engine Start Procedure" below.

P0015:00 - Exhaust CMP timing over-retarded P0524:00 - Engine oil pressure too low This is caused by a drop in engine oil pressure due to a piece of foreign object stuck on the oil pump pressure relief valve or oil control valve (OCV). The temporary entry of the foreign object triggers a check engine light on, but rough idle will not be produced until a later time.

The unique oil filter can be identified with two white bands as shown below.

Fahrenheit / 0 degrees Celsius), some vehicles may exhibit a rough idle and/or the check engine light on with any of the following DTC(s) stored in memory. P0300 - Random misfire detected P0301 - Cylinder No.1 misfire detected P0302 - Cylinder No.2 misfire detected P0303 - Cylinder No.3 misfire detected P0304 - Cylinder No.4 misfire detected. This may be caused by frozen water accumulated in the main silencer, restricting exhaust flow.

The noise may be caused by cable vibration, which transmits power from the motor to the gears. The cable vibrates inside the cable casing due to inadequately wrapped fabric around the cable. To eliminate this concern, the power seat cable has been changed to a type that produces less friction and noise.

when turning the steering wheel while the vehicle is stopped.The noise may be due to: Upper front strut bearing (A) damage. (CX-5 and Mazda6) Squeak type noise between the front strut bearing and coil spring. (CX-3, CX-5 and Mazda6) The bump stopper (C) may be contacting the strut bearing when the front shock absorber is compressed, causing a popping noise. (Mazda6 only) The front lower arm bushing (D) is making a creak type noise in wet road conditions. (CX-5 and Mazda6).Front Shock Absorber Front Lower Arm To eliminate the noise, the following mass-production changes have been made: 1. The material and production method of the front strut bearing (A) has been changed. (CX-5 and Mazda6) 2. A protector has been installed onto the coil spring. (CX-5 and Mazda6) 3. The shape of the bump stopper (C) will be modified in the future. (Mazda6 only) 4. The shape of the coil spring has been changed. (CX-3 only) 5. Friction of the lower arm bushing has been reduced by adding a dry coating. (CX-5 and Mazda6). NOTE: The piston rod nut (B) requires replacement.

Vehicles having this concern should use the following Inspection/Repair procedure.

This may be caused by a clogged heater unit. For Mazda6 and CX-5, the check engine light may illuminate with the DTC P011A:00 stored at the same time. P011A:00 ECT sensor No.1/No.2 performance problem. NOTE: Refer to TSB 01-015/15 if the customer is using a block heater at temperatures below freezing.

P0015:00 - Exhaust CMP timing over-retarded. P0524:00 - Engine oil pressure too low. This is caused by a drop in engine oil pressure due to a piece of foreign object stuck on the oil pump pressure relief valve or oil control valve (OCV). The temporary entry of the foreign object triggers a check engine light on, but rough idle will not be produced until a later time.

NOTE: Engine misfire related DTCs (P0301, P0302, P0303, P0304) are usually stored at the same time. P0201:00 : Fuel injector circuit/open cylinder No.1 P0202:00 : Fuel injector circuit/open cylinder No.2 P0203:00 : Fuel injector circuit/open cylinder No.3 P0204:00 : Fuel injector circuit/open cylinder No.4 This concern may be caused by an internal failure of the PCM (DENSO produced only). To correct the concern, the PCM internal failure has been eliminated.

when turning the steering wheel while the vehicle is stopped.The noise may be due to:? Upper front strut bearing (A) damage. (CX-5 and Mazda6)? Squeak type noise between the front strut bearing and coil spring. (CX-3, CX-5 and Mazda6)? The bump stopper (C) may be contacting the strut bearing when the front shock absorber is compressed, causing a popping noise. (Mazda6 only)? The front lower arm bushing (D) is making a creak type noise in wet road conditions. (CX-5 and Mazda6).

It becomes very noticable with dust adhesion. In some cases, the area of oil residue extends down to around the joint portion (B) between the engine front cover and the oil pan. This may be caused by oil escaping from a fine clearance created at the sealant applied to joint (A) between the cylinder block (B) and head (C) when the engine was pressurized during leak testing on the engine assembly line.

when turning the steering wheel while the vehicle is stopped. The noise may be due to: Upper front strut bearing (A) damage. (CX-5 and Mazda6). Squeak type noise between the front strut bearing and coil spring. (CX-3, CX-5 and Mazda6). The bump stopper (C) may be contacting the strut bearing when the front shock absorber is compressed, causing a popping noise. (Mazda6 only). The front lower arm bushing (D) is making a creak type noise in wet road conditions. (CX-5 and Mazda6).

NOTE: Tampering with a motor vehicle odometer is strictly prohibited by Federal, and State laws. It is the dealer?s responsibility to comply with Federal, State, and local laws concerning odometerand related documentation requirements when providing a repair or replacement. Mazda vehicles are manufactured with tamper-proof speedometers. When a speedometer is replaced, the new speedometer will read zero (0) miles. This procedure is extremely important to accurately represent actual vehicle mileage. Prior to speedometer removal, complete the information required on the ?SpeedometerReplacement Label?.Labels can only be ordered through Mazda eStore. In an effort to achieve a higher level of Customer Experience and retain the value of Mazda?s vehicles, MNAO Warranty Operations is allowing all Mazda dealers to utilize a third party, SPECMO Enterprises, Inc., for Instrument Panel Cluster (IPC) odometer setting service.With the use of SPECMO?s services, a Mazda dealer can get the odometer setting updated to reflect the correct mileage at the time of replacement for both warranty and customer pay repairs, therefore resulting in a higher level of customer satisfaction. Since odometer setting service is not part of the warranty repair, it is not warrantable nor required, but optional. However, Mazda Warranty policy provides after- warranty assistance (AWA) or DSA that can be utilized to cover this service expense.

produced from October 25, 2012 through January 30, 2015. On the subject vehicles, the metal part of the front and rear door sash molding(s) may be exposed and could harm vehicle occupants upon contact. Dealers are to inspect the door sash on all vehicle doors and repair as instructed in this SSP. If the protector is damaged, replace the door sash with new, improved parts. This repair must be performed at no charge to the vehicle owner.

and/or P061B and/or driveability problem after reprogramming the PCM using IDS versions 105.02 to 105.04. If the PCM is reprogrammed with any software number included in the attached file and the throttle valve has too much carbon build up, the engine air amount calculation by the problem software may not be accurate. Perform the following Repair Procedure to correct this issue. NOTE Current version of IDS is 106.02.

It becomes very noticable with dust adhesion. In some cases, the area of oil residue extends down to around the joint portion (B) between the engine front cover and the oil pan.

when turning the steering wheel while the vehicle is stopped. The noise may be due to: *upper front strut bearing (A) damage. (CX-5 and Mazda6) *squeak type noise between the front strut bearing and coil spring. (CX-3, CX-5 and Mazda6) *the bump stopper (C) may be contacting the strut bearing when the front shock absorber is compressed, causing a popping noise. (Mazda6 only) *The front lower arm bushing (D) is making a creak type noise in wet road conditions. (CX-5, Mazda6 and CX-9).

Fahrenheit / 0 degrees Celsius), some vehicles may exhibit a rough idle and/or the check engine light on with any of the following DTC(s) stored in memory.?P0300 - Random misfire detected ?P0301 - Cylinder No.1 misfire detected ?P0302 - Cylinder No.2 misfire detected ?P0303 - Cylinder No.3 misfire detected ?P0304 - Cylinder No.4 misfire detected This may be caused by frozen water accumulated in the main silencer, restricting exhaust flow.

DTCS STORED IN THE TCM MEMORY (P0842, P0847, P0872, P0877, P0780, P1738). P0842:00 - OIL PRESSURE SWITCH NO. 1 (OIL PRESSURE SWITCH B) STUCK ON P0847:00 - OIL PRESSURE SWITCH NO. 2 (OIL PRESSURE SWITCH A) STUCK ON P0872:00 - OIL PRESSURE SWITCH NO. 3 (OIL PRESSURE SWITCH A) STUCK ON P0877:00 - OIL PRESSURE SWITCH NO. 4 (OIL PRESSURE SWITCH B) STUCK ON P0780:00 - GEAR SHIFTING MALFUNCTION P1738:00 AUTOMATIC TRANSAXLE INTERNAL MALFUNCTION THIS IS CAUSED BY THE OIL PRESSURE SWITCH A AND/OR B AT THE CONTROL VALVE BODY TEMPORARILY OR PERMANENTLY GETTING STUCK DUE TO CONTAMINATION ENTERING THE PASSAGE. TO CORRECT THE PROBLEM, SOME MASS PRODUCTION CHANGES HAVE BEEN IMPLEMENTED TO REDUCE CONTAMINATION AND IMPROVE THE DTC DIAGNOSTIC LOGIC. NOTE: IF THE VEHICLE ALSO HAS A DELAYED ENGAGEMENT CONCERN, THIS TSB IS NOT APPLICABLE. REFER TO MS3 ONLINE INSTRUCTIONS OR WORKSHOP MANUAL FOR PROPER DIAGNOSIS AND REPAIR PROCEDURE.

WHEN TURNING THE STEERING WHEEL WHILE THE VEHICLE IS STOPPED. THE NOISE MAY BE DUE TO: UPPER FRONT STRUT BEARING (A) DAMAGE. (CX-5 AND MAZDA6) STICK/SLIP BETWEEN THE FRONT STRUT BEARING AND COIL SPRING. THE BUMP STOPPER (C) MAY BE CONTACTING THE STRUT BEARING WHEN THE FRONT SHOCK ABSORBER IS COMPRESSED, CAUSING A POPPING NOISE. (MAZDA6 ONLY) TO ELIMINATE THE NOISE, THE FOLLOWING MASS-PRODUCTION CHANGES HAVE BEEN MADE: 1. THE MATERIAL AND PRODUCTION METHOD OF THE FRONT STRUT BEARING (A) HAS BEEN CHANGED. (CX-5 AND MAZDA6) 2. A PROTECTOR HAS BEEN INSTALLED ONTO THE COIL SPRING. (CX-5 AND MAZDA6) 3. THE SHAPE OF THE BUMP STOPPER (C) WILL BE MODIFIED IN THE FUTURE. (MAZDA6 ONLY) 4. THE SHAPE OF THE COIL SPRING HAS BEEN CHANGED. (CX-3 ONLY) NOTE: THE PISTON ROD NUT (B) REQUIRES REPLACEMENT.

THIS CONCERN MAY BE CAUSED BY A LACK OF DURABILITY OF THE OIL PRESSURE SWITCH UNDER THESE CONDITIONS. TO CORRECT THE PROBLEM, THE OIL PRESSURE SWITCH HAS BEEN IMPROVED TO INCREASE THE DURABILITY IN COLD AMBIENT TEMPERATURES.

P0015:00 - EXHAUST CMP TIMING OVER-RETARDED P0524:00 - ENGINE OIL PRESSURE TOO LOW THIS IS CAUSED BY A DROP IN ENGINE OIL PRESSURE DUE TO A PIECE OF FOREIGN OBJECT STUCK ON THE OIL PUMP PRESSURE RELIEF VALVE OR OCV. THE TEMPORARY ENTRY OF THE FOREIGN OBJECT TRIGGERS A MIL ILLUMINATION, BUT ROUGH IDLE WILL NOT BE PRODUCED UNTIL A LATER TIME.

P0015:00 - EXHAUST CMP TIMING OVER-RETARDED P0524:00 - ENGINE OIL PRESSURE TOO LOW THIS IS CAUSED BY A DROP IN ENGINE OIL PRESSURE DUE TO A PIECE OF FOREIGN OBJECT STUCK ON THE OIL PUMP PRESSURE RELIEF VALVE OR OCV. THE TEMPORARY ENTRY OF THE FOREIGN OBJECT TRIGGERS A MIL ILLUMINATION, BUT ROUGH IDLE WILL NOT BE PRODUCED UNTIL A LATER TIME.

DTCS STORED IN THE TCM MEMORY (P0842, P0847, P0872, P0877, P0780). P0842:00 - OIL PRESSURE SWITCH NO. 1 (OIL PRESSURE SWITCH B) STUCK ON P0847:00 - OIL PRESSURE SWITCH NO. 2 (OIL PRESSURE SWITCH A) STUCK ON P0872:00 - OIL PRESSURE SWITCH NO. 3 (OIL PRESSURE SWITCH A) STUCK ON P0877:00 - OIL PRESSURE SWITCH NO. 4 (OIL PRESSURE SWITCH B) STUCK ON P0780:00 - GEAR SHIFTING MALFUNCTION THIS IS CAUSED BY THE OIL PRESSURE SWITCH A AND/OR B AT THE CONTROL VALVE BODY TEMPORARILY OR PERMANENTLY GETTING STUCK DUE TO CONTAMINATION ENTERING THE PASSAGE. TO CORRECT THE PROBLEM, SOME MASS PRODUCTION CHANGES HAVE BEEN IMPLEMENTED TO REDUCE CONTAMINATION AND IMPROVE THE DTC DIAGNOSTIC LOGIC. NOTE: IF THE VEHICLE ALSO HAS A DELAYED ENGAGEMENT CONCERN, THIS TSB IS NOT APPLICABLE. REFER TO MS3 ONLINE INSTRUCTIONS OR WORKSHOP MANUAL FOR PROPER DIAGNOSIS AND REPAIR PROCEDURE.

THAT THEY MAY BE COMPLETELY INOPERATIVE. THIS CONCERN MAY BE CAUSED BY A FOREIGN OBJECT GETTING STUCK UNDER THE POWER SLIDE UNIT (BELOW) WHILE IN OPERATION. THIS CAN CAUSE MOTOR MOUNTING BRACKET (A) DEFORMATION, RESULTING IN MOTOR CABLE (B) BREAKAGE. TO ELIMINATE THIS CONCERN, THE SHAPE OF THE MOTOR MOUNTING BRACKET (A) HAS BEEN MODIFIED TO INCREASE ITS STRENGTH.

EXPERIENCING POOR ENGINE PERFORMANCE OR MISFIRE (MITSUBISHI PCM ONLY). THIS IS CAUSED BY IMPROPER CONTROL LOGIC OF THE PCM THAT MAY DETECT FALSE ERROR OF THE A/F SENSOR, RESULTING IN FALSE DETECTION OF P0421. TO CORRECT THE PROBLEM, THE CONTROL LOGIC OF THE PCM HAS BEEN CHANGED. CATALYST MONITOR FUNCTION EXPLANATION THE PCM MONITORS THE OXYGEN STORAGE AMOUNT PROPORTIONAL TO CATALYTIC CONVERTER PURIFICATION CHARACTERISTIC. THE PCM STARTS TO MONITOR AFTER RECOVERY (FUEL INJECTION STARTS) FROM FUEL CUT CONTROL. THE PCM TEMPORARILY CHANGES THE TARGET AIR/FUEL RATIO TO RICH AT FUEL CUT RECOVERY, AND DETECTS THE RESPONSE TIME UNTIL THE HO2S OUTPUT SIGNAL OUTPUTS THE VOLTAGE ON THE RICH SIDE. IF THE CATALYTIC CONVERTER PURIFICATION CHARACTERISTIC DETERIORATES, THE AMOUNT OF THE TIME UNTIL THE HO2S DETECTS THE VOLTAGE ON THE RICH SIDE IS SHORTER COMPARED TO THE NORMAL PURIFICATION CHARACTERISTIC AS SHOWN. THE PCM DETECTS A CATALYTIC CONVERTER MALFUNCTION USING THIS CHARACTERISTIC.

P2610:00: INSTRUMENT CLUSTER INTERNAL ENGINE OFF TIMER PERFORMANCE PROBLEM P2507:00: PCM BATTERY VOLTAGE LOW INPUT AS A PAST MALFUNCTION, THE CUSTOMER WILL NOT NOTICE IT (NO WARNING LIGHT ILLUMINATED), BUT THE DTC MAY BE FOUND DURING A VEHICLE SERVICE. P2507 IN THIS SITUATION IS ONLY APPLICABLE ON 2016 AND LATER MODELS. THIS IS CAUSED BY THE ENGINE BEING STARTED 3 OR MORE TIMES AFTER A SHORT DURATION OF ENGINE OFF (LESS THAN 15 SECONDS) WITH THE ROOM FUSED REMOVED.

P0011:00: ELECTRIC VARIABLE VALVE TIMING CONTROL SYSTEM - OVER-ADVANCED) P0012:00: ELECTRIC VARIABLE VALVE TIMING CONTROL SYSTEM - (OVER-RETARDED) THIS CONCERN MAY BE CAUSED BY VARIABLE VALVE TIMING (VVT) ACTUATOR SPRING SHAFT FATIGUE. DURING VEHICLE USAGE, THE SPRING SHAFT MAY FAIL AND CAUSE INCORRECT VVT OPERATION AND CHECK ENGINE LIGHT ILLUMINATION. THE INSPECTION PROCEDURE HAS BEEN IMPROVED TO ELIMINATE THIS CONCERN IN THE FUTURE.

P0456: EVAP SYSTEM LEAK DETECTED (VERY SMALL LEAK) THE CONCERN IS MOST LIKELY THE RESULT OF THE CUSTOMER NOT GETTING THE FUEL CAP COMPLETELY CLOSED AFTER FUELING THE VEHICLE. THIS CAUSES A SMALL FUEL VAPOR LEAK AND TURNS DTC P0456 ON.

DTCS STORED IN THE TCM MEMORY (P0842, P0847, P0872, P0877, P0780). P0842:00 - OIL PRESSURE SWITCH NO. 1 (OIL PRESSURE SWITCH B) STUCK ON P0847:00 - OIL PRESSURE SWITCH NO. 2 (OIL PRESSURE SWITCH A) STUCK ON P0872:00 - OIL PRESSURE SWITCH NO. 3 (OIL PRESSURE SWITCH A) STUCK ON P0877:00 - OIL PRESSURE SWITCH NO. 4 (OIL PRESSURE SWITCH B) STUCK ON P0780:00 - GEAR SHIFTING MALFUNCTION THIS IS CAUSED BY THE OIL PRESSURE SWITCH A AND/OR B AT THE CONTROL VALVE BODY TEMPORARILY OR PERMANENTLY GETTING STUCK DUE TO CONTAMINATION ENTERING THE PASSAGE. TO CORRECT THE PROBLEM, SOME MASS PRODUCTION CHANGES HAVE BEEN IMPLEMENTED TO REDUCE CONTAMINATION AND IMPROVE THE DTC DIAGNOSTIC LOGIC.

P011A WHEN STARTING IN COLD WEATHER BELOW 32 F (0 C). P0116:00: ECT SENSOR NO.1 CIRCUIT RANGE/PERFORMANCE PROBLEM P011A:00: ECT SENSOR NO.1/NO.2 PERFORMANCE PROBLEM THIS IS CAUSED BY ERROR DETECTION LOGIC OF THE PCM. TO CORRECT THE PROBLEM, THE CONTROL LOGIC OF THE PCM HAS BEEN CHANGED.

P0015:00 - EXHAUST CMP TIMING OVER-RETARDED P0524:00 - ENGINE OIL PRESSURE TOO LOW THIS IS CAUSED BY A DROP IN ENGINE OIL PRESSURE DUE TO A PIECE OF FOREIGN OBJECT STUCK ON THE OIL PUMP PRESSURE RELIEF VALVE OR OCV. THE TEMPORARY ENTRY OF THE FOREIGN OBJECT TRIGGERS A MIL ILLUMINATION, BUT ROUGH IDLE WILL NOT BE PRODUCED UNTIL A LATER TIME.

WHEN TURNING THE STEERING WHEEL WHILE THE VEHICLE IS STOPPED. THE NOISE MAY BE DUE TO:UPPER FRONT STRUT BEARING (A) DAMAGE. (CX-5 AND MAZDA6)STICK/SLIP BETWEEN THE FRONT STRUT BEARING AND COIL SPRING. (CX-3, CX-5 AND MAZDA6)THE BUMP STOPPER (C) MAY BE CONTACTING THE STRUT BEARING WHEN THE FRONT SHOCK ABSORBER IS COMPRESSED, CAUSING A POPPING NOISE. (MAZDA6 ONLY)THE FRONT LOWER ARM BUSHING (D) IS MAKING A STICK-SLIP NOISE IN WET ROAD CONDITIONS. (CX-5 AND MAZDA6)TO ELIMINATE THE NOISE, THE FOLLOWING MASS-PRODUCTION CHANGES HAVE BEEN MADE:1. THE MATERIAL AND PRODUCTION METHOD OF THE FRONT STRUT BEARING (A) HAS BEEN CHANGED. (CX-5 AND MAZDA6)2. A PROTECTOR HAS BEEN INSTALLED ONTO THE COIL SPRING. (CX-5 AND MAZDA6)3. THE SHAPE OF THE BUMP STOPPER (C) WILL BE MODIFIED IN THE FUTURE. (MAZDA6 ONLY)4. THE SHAPE OF THE COIL SPRING HAS BEEN CHANGED. (CX-3 ONLY)5. FRICTION OF THE LOWER ARM BUSHING HAS BEEN REDUCED BY ADDING A DRY COATING. (CX-5 AND MAZDA6)NOTE:THE PISTON ROD NUT (B) REQUIRES REPLACEMENT.

- EXHAUST CMP TIMING OVER-RETARDEDP0524:00 - ENGINE OIL PRESSURE TOO LOWTHIS IS CAUSED BY A DROP IN ENGINE OIL PRESSURE DUE TO A PIECE OF FOREIGN OBJECT STUCK ON THE OIL PUMP PRESSURE RELIEF VALVE OR OIL CONTROL VALVE (OCV). THE TEMPORARY ENTRY OF THE FOREIGN OBJECT TRIGGERS A CHECK ENGINE LIGHT ON, BUT ROUGH IDLE WILL NOT BE PRODUCED UNTIL A LATER TIME.

AND/OR WHEN TURNING THE STEERING WHEEL WHILE THE VEHICLE IS STOPPED. THE NOISE MAY BE DUE TO UPPER FRONT STRUT BEARING DAMAGE OR IT MAY BE DUE TO STICK/SLIP BETWEEN THE FRONT STRUT BEARING AND COIL SPRING. TO ELIMINATE THE NOISE, THE FOLLOWING MASS-PRODUCTION CHANGES HAVE BEEN MADE: 1. THE MATERIAL AND PRODUCTION METHOD OF THE FRONT STRUT BEARING HAS BEEN CHANGED. 2. A PROTECTOR HAS BEEN INSTALLED ONTO THE COIL SPRING. NOTE: THE PISTON ROD NUT (B) REQUIRES REPLACEMENT WHEN THE FRONT STRUT BEARING IS REPLACED.

DTCS STORED IN THE TCM MEMORY (P0842, P0847, P0872, P0877, P0780). P0842:00 - OIL PRESSURE SWITCH NO. 1 (OIL PRESSURE SWITCH B) STUCK ON P0847:00 - OIL PRESSURE SWITCH NO. 2 (OIL PRESSURE SWITCH A) STUCK ON P0872:00 - OIL PRESSURE SWITCH NO. 3 (OIL PRESSURE SWITCH A) STUCK ON P0877:00 - OIL PRESSURE SWITCH NO. 4 (OIL PRESSURE SWITCH B) STUCK ON P0780:00 - GEAR SHIFTING MALFUNCTION THIS IS CAUSED BY THE OIL PRESSURE SWITCH A AND/OR B AT THE CONTROL VALVE BODY TEMPORARILY OR PERMANENTLY GETTING STUCK DUE TO CONTAMINATION ENTERING THE PASSAGE. TO CORRECT THE PROBLEM, SOME MASS PRODUCTION CHANGES HAVE BEEN IMPLEMENTED TO REDUCE CONTAMINATION AND IMPROVE THE DTC DIAGNOSTIC LOGIC.

DTCS STORED IN THE TCM MEMORY (P0842, P0847, P0872, P0877, P0780). P0842:00 - OIL PRESSURE SWITCH NO. 1 (OIL PRESSURE SWITCH B) STUCK ON P0847:00 - OIL PRESSURE SWITCH NO. 2 (OIL PRESSURE SWITCH A) STUCK ON P0872:00 - OIL PRESSURE SWITCH NO. 3 (OIL PRESSURE SWITCH A) STUCK ON P0877:00 - OIL PRESSURE SWITCH NO. 4 (OIL PRESSURE SWITCH B) STUCK ON P0780:00 - GEAR SHIFTING MALFUNCTION. THIS IS CAUSED BY THE OIL PRESSURE SWITCH A AND/OR B AT THE CONTROL VALVE BODY TEMPORARILY OR PERMANENTLY GETTING STUCK DUE TO CONTAMINATION ENTERING THE PASSAGE. TO ORRECT THE PROBLEM, SOME MASS PRODUCTION CHANGES HAVE BEEN IMPLEMENTED TO REDUCE CONTAMINATION AND IMPROVE THE DTC DIAGNOSTIC LOGIC.

DTCS STORED IN THE TCM MEMORY (P0842, P0847, P0872, P0877, P0780). P0842:00 - OIL PRESSURE SWITCH NO. 1 (OIL PRESSURE SWITCH B) STUCK ON P0847:00 - OIL PRESSURE SWITCH NO. 2 (OIL PRESSURE SWITCH A) STUCK ON P0872:00 - OIL PRESSURE SWITCH NO. 3 (OIL PRESSURE SWITCH A) STUCK ON P0877:00 - OIL PRESSURE SWITCH NO. 4 (OIL PRESSURE SWITCH B) STUCK ON P0780:00 - GEAR SHIFTING MALFUNCTION. THIS IS CAUSED BY THE OIL PRESSURE SWITCH A AND/OR B AT THE CONTROL VALVE BODY TEMPORARILY OR PERMANENTLY GETTING STUCK DUE TO CONTAMINATION ENTERING THE PASSAGE. TO ORRECT THE PROBLEM, SOME MASS PRODUCTION CHANGES HAVE BEEN IMPLEMENTED TO REDUCE CONTAMINATION AND IMPROVE THE DTC DIAGNOSTIC LOGIC.

DTCS STORED IN THE TCM MEMORY (P0842, P0847, P0872, P0877, P0780). P0842:00 - OIL PRESSURE SWITCH NO. 1 (OIL PRESSURE SWITCH B) STUCK ON P0847:00 - OIL PRESSURE SWITCH NO. 2 (OIL PRESSURE SWITCH A) STUCK ON P0872:00 - OIL PRESSURE SWITCH NO. 3 (OIL PRESSURE SWITCH A) STUCK ON P0877:00 - OIL PRESSURE SWITCH NO. 4 (OIL PRESSURE SWITCH B) STUCK ON P0780:00 - GEAR SHIFTING MALFUNCTION. THIS IS CAUSED BY THE OIL PRESSURE SWITCH A AND/OR B AT THE CONTROL VALVE BODY TEMPORARILY OR PERMANENTLY GETTING STUCK DUE TO CONTAMINATION ENTERING THE PASSAGE. TO ORRECT THE PROBLEM, SOME MASS PRODUCTION CHANGES HAVE BEEN IMPLEMENTED TO REDUCE CONTAMINATION AND IMPROVE THE DTC DIAGNOSTIC LOGIC.

THE PURPOSE OF A PERMANENT DTC IS TO PREVENT CUSTOMERS FROM CLEARING THEM BY DISCONNECTING THE BATTERY CABLE IN ORDER TO PASS A SMOG CHECK. ALL PCM AND TCM DTCS THAT TURN ON THE CHECK ENGINE LIGHT CAN REMAIN AS A PERMANENT DTC. THEY WILL NOT TURN ON THE CHECK ENGINE LIGHT OR CAUSE DRIVABILITY CONCERNS. IF YOU ENCOUNTER A PERMANENT DTC, IGNORE IT AND DIAGNOSE THE CURRENT STORED OR PENDING DTC.

P0011:00: ELECTRIC VARIABLE VALVE TIMING CONTROL SYSTEM - (OVER-ADVANCED) P0012:00: ELECTRIC VARIABLE VALVE TIMING CONTROL SYSTEM - (OVER-RETARDED) THIS CONCERN MAY BE CAUSED BY VARIABLE VALVE TIMING (VVT) ACTUATOR SPRING SHAFT FATIGUE. DURING VEHICLE USAGE, THE SPRING SHAFT MAY FAIL AND CAUSE INCORRECT VVT OPERATION AND CHECK ENGINE LIGHT ILLUMINATION. THE INSPECTION PROCEDURE HAS BEEN IMPROVED TO ELIMINATE THIS CONCERN IN THE FUTURE.

THIS CONCERN MAY BE CAUSED BY A LACK OF DURABILITY OF THE OIL PRESSURE SWITCH UNDER THESE CONDITIONS. TO CORRECT THE PROBLEM, THE OIL PRESSURE SWITCH HAS BEEN IMPROVED TO INCREASE THE DURABILITY IN COLD AMBIENT TEMPERATURES. ALL SKYACTIV ENGINES EQUIPPED WITH OIL PRESSURE SWITCH PART NUMBER PE01-18-501A ARE APPLICABLE TO THIS ISSUE.

P011A WHEN STARTING IN COLD WEATHER BELOW 32 F (0 C). P0116:00: ECT SENSOR NO.1 CIRCUIT RANGE/PERFORMANCE PROBLEM P011A:00: ECT SENSOR NO.1/NO.2 PERFORMANCE PROBLEM. THIS IS CAUSED BY ERROR DETECTION LOGIC OF THE PCM. TO CORRECT THE PROBLEM, THE CONTROL LOGIC OF THE PCM HAS BEEN CHANGED.

PROBLEM) STORED IN MEMORY AFTER ENGINE START AND ROOM FUSE 15A (A) REMOVED. NOTE:THE ODOMETER WILL DISPLAY F0-002 DURING TRANSPORT MODE (ROOM FUSE 15A REMOVED). TRANSPORT MODE IS CANCELED WHEN ROOM FUSE 15A IS INSTALLED OR THE VEHICLE ODOMETER IS MORE THAN 12.4MI (20KM).

P0872 AND/OR P0877 STORED IN THE TCM MEMORY.P0842:00 - OIL PRESSURE SWITCH NO. 1 (OIL PRESSURE SWITCH B) STUCK ONP0847:00 - OIL PRESSURE SWITCH NO. 2 (OIL PRESSURE SWITCH A) STUCK ONP0872:00 - OIL PRESSURE SWITCH NO. 3 (OIL PRESSURE SWITCH A) STUCK ONP0877:00 - OIL PRESSURE SWITCH NO. 4 (OIL PRESSURE SWITCH B) STUCK ONTHE DTC P0780 AND/OR P1738 MAY ALSO BE STORED TOGETHER.P0780:00 - GEAR SHIFTING MALFUNCTIONP1738:00 - AUTOMATIC TRANSAXLE INTERNAL MALFUNCTIONTHIS IS CAUSED BY THE OIL PRESSURE SWITCH A AND/OR B AT THE CONTROL VALVE BODY TEMPORARILY OR PERMANENTLY GETTING STUCK DUE TO CONTAMINATION ENTERING THE PASSAGE. TO CORRECT THE PROBLEM, SOME MASS PRODUCTION CHANGES HAVE BEEN IMPLEMENTED TO REDUCE CONTAMINATION AND IMPROVE THE DTC DIAGNOSTIC LOGIC.

P0872 AND/OR P0877 STORED IN THE TCM MEMORY.P0842:00 - OIL PRESSURE SWITCH NO. 1 (OIL PRESSURE SWITCH B) STUCK ONP0847:00 - OIL PRESSURE SWITCH NO. 2 (OIL PRESSURE SWITCH A) STUCK ONP0872:00 - OIL PRESSURE SWITCH NO. 3 (OIL PRESSURE SWITCH A) STUCK ONP0877:00 - OIL PRESSURE SWITCH NO. 4 (OIL PRESSURE SWITCH B) STUCK ONTHE DTC P0780 AND/OR P1738 MAY ALSO BE STORED TOGETHER.P0780:00 - GEAR SHIFTING MALFUNCTIONP1738:00 - AUTOMATIC TRANSAXLE INTERNAL MALFUNCTIONTHIS IS CAUSED BY THE OIL PRESSURE SWITCH A AND/OR B AT THE CONTROL VALVE BODY TEMPORARILY OR PERMANENTLY GETTING STUCK DUE TO CONTAMINATION ENTERING THE PASSAGE. TO CORRECT THE PROBLEM, SOME MASS PRODUCTION CHANGES HAVE BEEN IMPLEMENTED TO REDUCE CONTAMINATION AND IMPROVE THE DTC DIAGNOSTIC LOGIC.

P0872 AND/OR P0877 STORED IN THE TCM MEMORY.P0842:00 - OIL PRESSURE SWITCH NO. 1 (OIL PRESSURE SWITCH B) STUCK ONP0847:00 - OIL PRESSURE SWITCH NO. 2 (OIL PRESSURE SWITCH A) STUCK ONP0872:00 - OIL PRESSURE SWITCH NO. 3 (OIL PRESSURE SWITCH A) STUCK ONP0877:00 - OIL PRESSURE SWITCH NO. 4 (OIL PRESSURE SWITCH B) STUCK ONTHE DTC P0780 AND/OR P1738 MAY ALSO BE STORED TOGETHER.P0780:00 - GEAR SHIFTING MALFUNCTIONP1738:00 - AUTOMATIC TRANSAXLE INTERNAL MALFUNCTION. NOTE: THIS SERVICE INFORMATION IS ALSO APPLICABLE IF DTC P0780:00 IS STOREED INDEPENDENTLY. THIS IS CAUSED BY THE OIL PRESSURE SWITCH A AND/OR B AT THE CONTROL VALVE BODY TEMPORARILY OR PERMANENTLY GETTING STUCK DUE TO CONTAMINATION ENTERING THE PASSAGE. TO CORRECT THE PROBLEM, SOME MASS PRODUCTION CHANGES HAVE BEEN IMPLEMENTED TO REDUCE CONTAMINATION AND IMPROVE THE DTC DIAGNOSTIC LOGIC.

RANGE: AN INTERMITTENT HIGH ENGINE IDLE SPEED. AN INTERMITTENT ENGAGEMENT SHOCK. AN INTERMITTENT FORWARD LURCH. THESE CONDITIONS MAY OCCUR WHEN THE CUSTOMER DEPRESSES THE BRAKE PEDAL AND MAKES CONTACT WITH THE THROTTLE PEDAL SIMULTANEOUSLY.

P0872 AND/OR P0877 STORED IN THE TCM MEMORY. P0842:00 - OIL PRESSURE SWITCH NO. 1 (OIL PRESSURE SWITCH B) STUCK ON P0847:00 - OIL PRESSURE SWITCH NO. 2 (OIL PRESSURE SWITCH A) STUCK ON P0872:00 - OIL PRESSURE SWITCH NO. 3 (OIL PRESSURE SWITCH A) STUCK ON P0877:00 - OIL PRESSURE SWITCH NO. 4 (OIL PRESSURE SWITCH B) STUCK ON THE DTC P0780 AND/OR P1738 MAY ALSO BE STORED TOGETHER. P0780:00 - GEAR SHIFTING MALFUNCTION P1738:00 - AUTOMATIC TRANSAXLE INTERNAL MALFUNCTION THIS IS CAUSED BY THE OIL PRESSURE SWITCH A AND/OR B AT THE CONTROL VALVE BODY TEMPORARILY OR PERMANENTLY GETTING STUCK DUE TO CONTAMINATION ENTERING THE PASSAGE. TO CORRECT THE PROBLEM, SOME MASS PRODUCTION CHANGES HAVE BEEN IMPLEMENTED TO REDUCE CONTAMINATION AND IMPROVE THE DTC DIAGNOSTIC LOGIC.

P0872 AND/OR P0877 STORED IN THE TCM MEMORY. P0842:00 - OIL PRESSURE SWITCH NO. 1 (OIL PRESSURE SWITCH B) STUCK ON P0847:00 - OIL PRESSURE SWITCH NO. 2 (OIL PRESSURE SWITCH A) STUCK ON P0872:00 - OIL PRESSURE SWITCH NO. 3 (OIL PRESSURE SWITCH A) STUCK ON P0877:00 - OIL PRESSURE SWITCH NO. 4 (OIL PRESSURE SWITCH B) STUCK ON THE DTC P0780 AND/OR P1738 MAY ALSO BE STORED TOGETHER. P0780:00 - GEAR SHIFTING MALFUNCTION P1738:00 - AUTOMATIC TRANSAXLE INTERNAL MALFUNCTION THIS IS CAUSED BY THE OIL PRESSURE SWITCH A AND/OR B AT THE CONTROL VALVE BODY TEMPORARILY OR PERMANENTLY GETTING STUCK DUE TO CONTAMINATION ENTERING THE PASSAGE. TO CORRECT THE PROBLEM, SOME MASS PRODUCTION CHANGES HAVE BEEN IMPLEMENTED TO REDUCE CONTAMINATION AND IMPROVE THE DTC DIAGNOSTIC LOGIC.

SYMPTOM (MAZDA6 ONLY) A. WARNING MESSAGE I-ELOOP INSPECTION REQUIRED IS DISPLAYED IN THE INSTRUMENT CLUSTER INFORMATION DISPLAY WHILE DRIVING. B. THE MASTER WARNING LIGHT WILL BE ILLUMINATED. C. DTC P1794:00 (CAPACITOR (I-ELOOP) SYSTEM: CAPACITOR (I-ELOOP) MALFUNCTION) WILL BE STORED IN PCM MEMORY.2. SYMPTOM (MAZDA3 AND MAZDA6) A. WARNING MESSAGE BATTERY MANAGEMENT SYSTEM INSPECTION REQUIRED AND THEN "CHARGING SYSTEM MALFUNCTION/ENGINE COULD STOP UNEXPECTEDLY IS DISPLAYED IN THE INSTRUMENT CLUSTER INFORMATION DISPLAY AFTER DRIVING IN THE RAIN. B. THE MASTER WARNING LIGHT WILL BE ILLUMINATED. THE MAZDA6 WARNING INDICATOR LIGHT AND WARNING MESSAGES ARE SHOWN BELOW: C. THE FOLLOWING DTCS ARE STORED IN PCM MEMORY: DTC P1794:00 - CAPACITOR (I-ELOOP) SYSTEM: CAPACITOR (I-ELOOP) MALFUNCTION DTC P2502:00 - GENERATOR SYSTEM: MALFUNCTION IN VOLTAGE GENERATED BY GENERATOR

SYMPTOM (MAZDA6 ONLY) A. WARNING MESSAGE I-ELOOP INSPECTION REQUIRED IS DISPLAYED IN THE INSTRUMENT CLUSTER INFORMATION DISPLAY WHILE DRIVING. B. THE MASTER WARNING LIGHT WILL BE ILLUMINATED. C. DTC P1794:00 (CAPACITOR (I-ELOOP) SYSTEM: CAPACITOR (I-ELOOP) MALFUNCTION) WILL BE STORED IN PCM MEMORY.2. SYMPTOM (MAZDA3 AND MAZDA6) A. WARNING MESSAGE BATTERY MANAGEMENT SYSTEM INSPECTION REQUIRED AND THEN "CHARGING SYSTEM MALFUNCTION/ENGINE COULD STOP UNEXPECTEDLY IS DISPLAYED IN THE INSTRUMENT CLUSTER INFORMATION DISPLAY AFTER DRIVING IN THE RAIN. B. THE MASTER WARNING LIGHT WILL BE ILLUMINATED. THE MAZDA6 WARNING INDICATOR LIGHT AND WARNING MESSAGES ARE SHOWN BELOW: C. THE FOLLOWING DTCS ARE STORED IN PCM MEMORY: DTC P1794:00 - CAPACITOR (I-ELOOP) SYSTEM: CAPACITOR (I-ELOOP) MALFUNCTION DTC P2502:00 - GENERATOR SYSTEM: MALFUNCTION IN VOLTAGE GENERATED BY GENERATOR

- EXHAUST CMP TIMING OVER-RETARDEDP0524:00 - ENGINE OIL PRESSURE TOO LOWTHIS IS CAUSED BY A DROP IN ENGINE OIL PRESSURE DUE TO A PIECE OF FOREIGN OBJECT STUCK ON THE OIL PUMP PRESSURE RELIEF VALVE OR OIL CONTROL VALVE (OCV). THE TEMPORARY ENTRY OF THE FOREIGN OBJECT TRIGGERS A CHECK ENGINE LIGHT ON, BUT ROUGH IDLE WILL NOT BE PRODUCED UNTIL A LATER TIME.

- EXHAUST CMP TIMING OVER-RETARDEDP0524:00 - ENGINE OIL PRESSURE TOO LOWTHIS IS CAUSED BY A DROP IN ENGINE OIL PRESSURE DUE TO A PIECE OF FOREIGN OBJECT STUCK ON THE OIL PUMP PRESSURE RELIEF VALVE OR OIL CONTROL VALVE (OCV). THE TEMPORARY ENTRY OF THE FOREIGN OBJECT TRIGGERS A CHECK ENGINE LIGHT ON, BUT ROUGH IDLE WILL NOT BE PRODUCED UNTIL A LATER TIME.

EXPERIENCING POOR ENGINE PERFORMANCE OR MISFIRE (MITSUBISHI PCM ONLY).THIS IS CAUSED BY IMPROPER CONTROL LOGIC OF THE PCM THAT MAY DETECT FALSE ERROR OF THE A/F SENSOR, RESULTING IN FALSE DETECTION OF P0421. TO CORRECT THE PROBLEM, THE CONTROL LOGIC OF THE PCM HAS BEEN CHANGED.CATALYST MON-ITOR FUNCTION EXPLANATIONTHE PCM MONITORS THE OXYGEN STORAGE AMOUNT PROPORTIONAL TO CATALYTIC CONVERTER PURIFICATION CHARACTERISTIC.THE PCM STARTS TO MONITOR AFTER RECOVERY (FUEL INJECTION STARTS) FROM FUEL CUT CONTROL.THE PCM TEMPORARILY CHANGES THE TARGET AIR/FUEL RATIO TO RICH AT FUEL CUT RECOVERY, AND DETECTS THE RESPONSE TIME UNTIL THE HO2S OUTPUT SIGNAL OUTPUTS THE VOLTAGE ON THE RICH SIDE. IF THE CATALYTIC CONVERTER PURIFICATION CHARACTERISTIC DETERIORATES, THE AMOUNT OF THE TIME UNTIL THE HO2S DETECTS THE VOLTAGE ON THE RICH SIDE IS SHORTER COMPARED TO THE NORMAL PURIFICATION CHARACTERISTIC AS SHOWN. THE PCM DETECTS A CATALYTIC CONVERTER MALFUNCTION USING THIS CHARACTERISTIC.

WHEN TURNING THE STEERING WHEEL WHILE THE VEHICLE IS STOPPED. THE NOISE MAY BE DUE TO:UPPER FRONT STRUT BEARING (A) DAMAGE. (CX-5 AND MAZDA6)STICK/SLIP BETWEEN THE FRONT STRUT BEARING AND COIL SPRING. (CX-3, CX-5 AND MAZDA6)THE BUMP STOPPER (C) MAY BE CONTACTING THE STRUT BEARING WHEN THE FRONT SHOCK ABSORBER IS COMPRESSED, CAUSING A POPPING NOISE. (MAZDA6 ONLY)THE FRONT LOWER ARM BUSHING (D) IS MAKING A STICK-SLIP NOISE IN WET ROAD CONDITIONS. (CX-5 AND MAZDA6).TO ELIMINATE THE NOISE, THE FOLLOWING MASS-PRODUCTION CHANGES HAVE BEEN MADE:1. THE MATERIAL AND PRODUCTION METHOD OF THE FRONT STRUT BEARING (A) HAS BEEN CHANGED. (CX-5 AND MAZDA6)2. A PROTECTOR HAS BEEN INSTALLED ONTO THE COIL SPRING. (CX-5 AND MAZDA6)3. THE SHAPE OF THE BUMP STOPPER (C) WILL BE MODIFIED IN THE FUTURE. (MAZDA6 ONLY)4. THE SHAPE OF THE COIL SPRING HAS BEEN CHANGED. (CX-3 ONLY)5. FRICTION OF THE LOWER ARM BUSHING HAS BEEN REDUCED BY ADDING A DRY COATING. (CX-5 AND MAZDA6)NOTE:THE PISTON ROD NUT (B) REQUIRES REPLACEMENT.

FAHRENHEIT / 0 DEGREES CELSIUS), SOME VEHICLES MAY EXHIBIT A ROUGH IDLE AND/OR THE CHECK ENGINE LIGHT ON WITH ANY OF THE FOLLOWING DTC(S) STORED IN MEMORY.P0300 - RANDOM MISFIRE DETECTEDP0301 - CYLINDER NO.1 MISFIRE DETECTEDP0302 - CYLINDER NO.2 MISFIRE DETECTED P0303 - CYLINDER NO.3 MISFIRE DETECTED P0304 - CYLINDER NO.4 MISFIRE DETECTED THIS MAY BE CAUSED BY FROZEN WATER ACCUMULATED IN THE MAIN SILENCER, RESTRICTING EXHAUST FLOW.

- EXHAUST CMP TIMING OVER-RETARDEDP0524:00 - ENGINE OIL PRESSURE TOO LOWTHIS IS CAUSED BY A DROP IN ENGINE OIL PRESSURE DUE TO A PIECE OF FOREIGN OBJECT STUCK ON THE OIL PUMP PRESSURE RELIEF VALVE OR OIL CONTROL VALVE (OCV). THE TEMPORARY ENTRY OF THE FOREIGN OBJECT TRIGGERS A CHECK ENGINE LIGHT ON, BUT ROUGH IDLE WILL NOT BE PRODUCED UNTIL A LATER TIME.

MISFIRE RELATED DTCS OF P0300:00, P0301:00, P0302:00, P0303:00 AND P0304:00. THIS CONCERN MAY BE CAUSED BY AN INTERNAL FAILURE OF THE IGNITION COIL(S) DUE TO A HIGH DIFFERENCE BETWEEN COLD AND WARM AMBIENT TEMPERATURES. THE PRODUCTION METHOD OF THE IGNITION COIL HAS BEEN CHANGED TO ELIMINATE THIS CONCERN.

BEFORE INSTALLING A REPLACEMENT ENGINE ASSEMBLY. IF THE INTAKE MANIFOLD IS NOT CLEANED PROPERLY, THE REPLACEMENT ENGINE MAY FAIL PREMATURELY.METALLIC DEBRIS FROM THE OLD ENGINE (WITH CATASTROPHIC INTERNAL MECHANICAL FAILURE) MAY REST INSIDE THE INTAKE MANIFOLD. WHEN THE NEW ENGINE ASSEMBLY IS INSTALLED, DEBRIS IN THE INTAKE MANIFOLD WILL BE INGESTED INTO THE NEW ENGINE AND CAUSE INTERNAL DAMAGE.CLEAN THE INTAKE MANIFOLD INTERNALLY TO REMOVE ANY DEBRIS FROM OLD ENGINE BEFORE INSTALLING THE NEW REPLACEMENT ENGINE ASSEMBLY.IF THE INTAKE MANIFOLD CANNOT BE PROPERLY CLEANED INTERNALLY, REPLACE IT.

THIS SERVICE BULLETIN IS TO INFORM YOU ABOUT THE WATER PUMP SEALING MECHA-NISM AND THE CRITERIA IF REPLACEMENT IS NECESSARY OR NOT.

AND P0203.NOTE:ENGINE MISFIRE RELATED DTCS (P0301, P0302, P0303, P0304) ARE USUALLY STORED AT THE SAME TIME.P0201:00: FUEL INJECTOR CIRCUIT/OPEN CYLINDER NO.1P0202:00: FUEL INJECTOR CIRCUIT/OPEN CYLINDER NO.2P0203:00: FUEL INJECTOR CIRCUIT/OPEN CYLINDER NO.3P0204:00: FUEL INJECTOR CIRCUIT/OPEN CYLINDER NO.4THIS CONCERN MAY BE CAUSED BY AN INTERNAL FAILURE OF THE PCM (DENSO PRODUCED ONLY). TO CORRECT THE CONCERN, THE PCM INTERNAL FAILURE HAS BEEN ELIMINATED.

THE UNIQUE OIL FILTER CAN BE IDENTIFIED WITH TWO WHITE BANDS AS SHOWN BELOW.

FAHRENHEIT / 0 DEGREES CELSIUS), SOME VEHICLES MAY EXHIBIT A ROUGH IDLE AND/OR THE CHECK ENGINE LIGHT ON WITH ANY OF THE FOLLOWING DTC(S) STORED IN MEMORY.P0300 - RANDOM MISFIRE DETECTEDP0301 - CYLINDER NO.1 MISFIRE DETECTEDP0302 - CYLINDER NO.2 MISFIRE DETECTED P0303 - CYLINDER NO.3 MISFIRE DETECTED P0304 - CYLINDER NO.4 MISFIRE DETECTED THIS MAY BE CAUSED BY FROZEN WATER ACCUMULATED IN THE MAIN SILENCER, RESTRICTING EXHAUST FLOW.

- EXHAUST CMP TIMING OVER-RETARDEDP0524:00 - ENGINE OIL PRESSURE TOO LOWTHIS IS CAUSED BY A DROP IN ENGINE OIL PRESSURE DUE TO A PIECE OF FOREIGN OBJECT STUCK ON THE OIL PUMP PRESSURE RELIEF VALVE OR OIL CONTROL VALVE (OCV). THE TEMPORARY ENTRY OF THE FOREIGN OBJECT TRIGGERS A CHECK ENGINE LIGHT ON, BUT ROUGH IDLE WILL NOT BE PRODUCED UNTIL A LATER TIME.

MISFIRE RELATED DTCS OF P0300:00, P0301:00, P0302:00, P0303:00 AND P0304:00. THIS CONCERN MAY BE CAUSED BY AN INTERNAL FAILURE OF THE IGNITION COIL(S) DUE TO A HIGH DIFFERENCE BETWEEN COLD AND WARM AMBIENT TEMPERATURES. THE PRODUCTION METHOD OF THE IGNITION COIL HAS BEEN CHANGED TO ELIMINATE THIS CONCERN.

MISFIRE RELATED DTCS OF P0300:00, P0301:00, P0302:00, P0303:00 AND P0304:00. THIS CONCERN MAY BE CAUSED BY AN INTERNAL FAILURE OF THE IGNITION COIL(S) DUE TO A HIGH DIFFERENCE BETWEEN COLD AND WARM AMBIENT TEMPERATURES. THE PRODUCTION METHOD OF THE IGNITION COIL HAS BEEN CHANGED TO ELIMINATE THIS CONCERN.

WHEN TURNING THE STEERING WHEEL WHILE THE VEHICLE IS STOPPED. THE NOISE MAY BE DUE TO:UPPER FRONT STRUT BEARING (A) DAMAGE. (CX-5 AND MAZDA6)STICK/SLIP BETWEEN THE FRONT STRUT BEARING AND COIL SPRING. (CX-3, CX-5 AND MAZDA6)THE BUMP STOPPER (C) MAY BE CONTACTING THE STRUT BEARING WHEN THE FRONT SHOCK ABSORBER IS COMPRESSED, CAUSING A POPPING NOISE. (MAZDA6 ONLY)THE FRONT LOWER ARM BUSHING (D) IS MAKING A STICK-SLIP NOISE IN WET ROAD CONDITIONS. (CX-5 AND MAZDA6). TO ELIMINATE THE NOISE, THE FOLLOWING MASS-PRODUCTION CHANGES HAVE BEEN MADE:1. THE MATERIAL AND PRODUCTION METHOD OF THE FRONT STRUT BEARING (A) HAS BEEN CHANGED. (CX-5 AND MAZDA6)2. A PROTECTOR HAS BEEN INSTALLED ONTO THE COIL SPRING. (CX-5 AND MAZDA6)3. THE SHAPE OF THE BUMP STOPPER (C) WILL BE MODIFIED IN THE FUTURE. (MAZDA6 ONLY)4. THE SHAPE OF THE COIL SPRING HAS BEEN CHANGED. (CX-3 ONLY)5. FRICTION OF THE LOWER ARM BUSHING HAS BEEN REDUCED BY ADDING A DRY COATING. (CX-5 AND MAZDA6)NOTE:THE PISTON ROD NUT (B) REQUIRES REPLACEMENT.

WHEN TURNING THE STEERING WHEEL WHILE THE VEHICLE IS STOPPED. THE NOISE MAY BE DUE TO:UPPER FRONT STRUT BEARING (A) DAMAGE. (CX-5 AND MAZDA6)STICK/SLIP BETWEEN THE FRONT STRUT BEARING AND COIL SPRING. (CX-3, CX-5 AND MAZDA6)THE BUMP STOPPER (C) MAY BE CONTACTING THE STRUT BEARING WHEN THE FRONT SHOCK ABSORBER IS COMPRESSED, CAUSING A POPPING NOISE. (MAZDA6 ONLY)THE FRONT LOWER ARM BUSHING (D) IS MAKING A STICK-SLIP NOISE IN WET ROAD CONDITIONS. (CX-5 AND MAZDA6)TO ELIMINATE THE NOISE, THE FOLLOWING MASS-PRODUCTION CHANGES HAVE BEEN MADE:1. THE MATERIAL AND PRODUCTION METHOD OF THE FRONT STRUT BEARING (A) HAS BEEN CHANGED. (CX-5 AND MAZDA6)2. A PROTECTOR HAS BEEN INSTALLED ONTO THE COIL SPRING. (CX-5 AND MAZDA6)3. THE SHAPE OF THE BUMP STOPPER (C) WILL BE MODIFIED IN THE FUTURE. (MAZDA6 ONLY)4. THE SHAPE OF THE COIL SPRING HAS BEEN CHANGED. (CX-3 ONLY)5. FRICTION OF THE LOWER ARM BUSHING HAS BEEN REDUCED BY ADDING A DRY COATING. (CX-5 AND MAZDA6)NOTE:THE PISTON ROD NUT (B) REQUIRES REPLACEMENT.

- EXHAUST CMP TIMING OVER-RETARDEDP0524:00 - ENGINE OIL PRESSURE TOO LOWTHIS IS CAUSED BY A DROP IN ENGINE OIL PRESSURE DUE TO A PIECE OF FOREIGN OBJECT STUCK ON THE OIL PUMP PRESSURE RELIEF VALVE OR OIL CONTROL VALVE (OCV). THE TEMPORARY ENTRY OF THE FOREIGN OBJECT TRIGGERS A CHECK ENGINE LIGHT ON, BUT ROUGH IDLE WILL NOT BE PRODUCED UNTIL A LATER TIME.

WHEN TURNING THE STEERING WHEEL WHILE THE VEHICLE IS STOPPED. THE NOISE MAY BE DUE TO:UPPER FRONT STRUT BEARING (A) DAMAGE. (CX-5 AND MAZDA6)STICK/SLIP BETWEEN THE FRONT STRUT BEARING AND COIL SPRING. (CX-3, CX-5 AND MAZDA6)THE BUMP STOPPER (C) MAY BE CONTACTING THE STRUT BEARING WHEN THE FRONT SHOCK ABSORBER IS COMPRESSED, CAUSING A POPPING NOISE. (MAZDA6 ONLY)THE FRONT LOWER ARM BUSHING (D) IS MAKING A STICK-SLIP NOISE IN WET ROAD CONDITIONS. (CX-5 AND MAZDA6). TO ELIMINATE THE NOISE, THE FOLLOWING MASS-PRODUCTION CHANGES HAVE BEEN MADE:1. THE MATERIAL AND PRODUCTION METHOD OF THE FRONT STRUT BEARING (A) HAS BEEN CHANGED. (CX-5 AND MAZDA6)2. A PROTECTOR HAS BEEN INSTALLED ONTO THE COIL SPRING. (CX-5 AND MAZDA6)3. THE SHAPE OF THE BUMP STOPPER (C) WILL BE MODIFIED IN THE FUTURE. (MAZDA6 ONLY)4. THE SHAPE OF THE COIL SPRING HAS BEEN CHANGED. (CX-3 ONLY)5. FRICTION OF THE LOWER ARM BUSHING HAS BEEN REDUCED BY ADDING A DRY COATING. (CX-5 AND MAZDA6)NOTE:THE PISTON ROD NUT (B) REQUIRES REPLACEMENT.

BEFORE INSTALLING A REPLACEMENT ENGINE ASSEMBLY. IF THE INTAKE MANIFOLD IS NOT CLEANED PROPERLY, THE REPLACEMENT ENGINE MAY FAIL PREMATURELY.METALLIC DEBRIS FROM THE OLD ENGINE (WITH CATASTROPHIC INTERNAL MECHANICAL FAILURE) MAY REST INSIDE THE INTAKE MANIFOLD. WHEN THE NEW ENGINE ASSEMBLY IS INSTALLED, DEBRIS IN THE INTAKE MANIFOLD WILL BE INGESTED INTO THE NEW ENGINE AND CAUSE INTERNAL DAMAGE.CLEAN THE INTAKE MANIFOLD INTERNALLY TO REMOVE ANY DEBRIS FROM OLD ENGINE BEFORE INSTALLING THE NEW REPLACEMENT ENGINE ASSEMBLY.IF THE INTAKE MANIFOLD CANNOT BE PROPERLY CLEANED INTERNALLY, REPLACE IT

WHEN TURNING THE STEERING WHEEL WHILE THE VEHICLE IS STOPPED. THE NOISE MAY BE DUE TO:UPPER FRONT STRUT BEARING (A) DAMAGE. (CX-5 AND MAZDA6)STICK/SLIP BETWEEN THE FRONT STRUT BEARING AND COIL SPRING. (CX-3, CX-5 AND MAZDA6)THE BUMP STOPPER (C) MAY BE CONTACTING THE STRUT BEARING WHEN THE FRONT SHOCK ABSORBER IS COMPRESSED, CAUSING A POPPING NOISE. (MAZDA6 ONLY)THE FRONT LOWER ARM BUSHING (D) IS MAKING A STICK-SLIP NOISE IN WET ROAD CONDITIONS. (CX-5 AND MAZDA6).TO ELIMINATE THE NOISE, THE FOLLOWING MASS-PRODUCTION CHANGES HAVE BEEN MADE:1. THE MATERIAL AND PRODUCTION METHOD OF THE FRONT STRUT BEARING (A) HAS BEEN CHANGED. (CX-5 AND MAZDA6)2. A PROTECTOR HAS BEEN INSTALLED ONTO THE COIL SPRING. (CX-5 AND MAZDA6)3. THE SHAPE OF THE BUMP STOPPER (C) WILL BE MODIFIED IN THE FUTURE. (MAZDA6 ONLY)4. THE SHAPE OF THE COIL SPRING HAS BEEN CHANGED. (CX-3 ONLY)5. FRICTION OF THE LOWER ARM BUSHING HAS BEEN REDUCED BY ADDING A DRY COATING. (CX-5 AND MAZDA6)NOTE:THE PISTON ROD NUT (B) REQUIRES REPLACEMENT.

SOME CUSTOMERS MAY COMPLAIN THAT THE FRONT POWER (DRIVER AND/OR PASSENGER) SEATS DO NOT SLIDE BACK AND FORTH PROPERLY OR THAT THEY MAY BE COMPLETELY INOPERATIVE. THIS CONCERN MAY BE CAUSED BY A FOREIGN OBJECT GETTING STUCK UNDER THE POWER SLIDE UNIT (BELOW) WHILE IN OPERATION. THIS CAN CAUSE MOTOR MOUNTING BRACKET (A) DEFORMATION, RESULTING IN MOTOR CABLE (B) BREAKAGE.

There are currently 2 methods for cutting a new auxiliary key blank. A. Auxiliary Key Trace Cut Method B. Auxiliary Key Code Cut Method

A. Auxiliary Key Trace Cut Method. B. Auxiliary Key Code Cut Method

A. Auxiliary Key Trace Cut Method B. Auxiliary Key Code Cut Method

A. Auxiliary Key Trace Cut Method B. Auxiliary Key Code Cut Method

The links provided below can be used for quick access: For 2016 models and newer: NOTE: Instructions are found under the "Attachments" section once a part is selected. Accessories E-catalog For models prior to 2016: Accessory Parts and Installation Instructions

A. Auxiliary Key Trace Cut Method B. Auxiliary Key Code Cut Method A. Auxiliary Key Trace Cut Method If only one auxiliary key is lost/missing, some key cutting machines can trace cut a new key blank. 1. Trace cut the new auxiliary key blank(s). B. Auxiliary Key Code Cut Method If both auxiliary keys are lost/missing, use this method for cutting new auxiliary key blank(s). 1. Confirm you have access to a Mazda approved key cutting machine. See Mazda Approved Key Cutting Machine table.

A. Auxiliary Key Trace Cut Method, B. Auxiliary Key Code Cut Method

seat back surface.Customers having this concern should have their vehicle repaired by a qualified upholstery repair specialist using the following repair procedure.

for download.

license expiration message, follow the instructions below: 1. CLICK HERE to download the resetting tool to your PC desktop. 2. Reboot your PC, DO NOT start any application after restarting. 3. Run the resetting tool by double clicking the "Reset.bat" file (on your desktop from step 1). 4. Press any key after reading the notifications about the resetting tool.

Training videos will be posted to MGSS shortly and Workshop Manual procedures will be revised gradually.

DTC C1001:92 sets as a past record for low visibility of the Forward Sensing Camera (FSC). It does not mean there is an actual FSC defect. In some cases the customer may have a concern with the Lane Departure Warning System (LDWS) and/or High Beam Control system (HBC). In other cases this DTC might be found without a related customer concern.

Customers having this concern should have their vehicle repaired by a qualified upholstery repair specialist using the following repair procedure.

CLICK HERE to download the resetting tool to your PC desktop. 2. Reboot your PC, DO NOT start any application after restarting. 3. Run the resetting tool by double clicking the "Reset.bat" file (on your desktop from step 1). 4. Press any key after reading the notifications about the resetting tool.

seat back surface.

This may be caused byrepeated stress to the lumbar support lever (C) at location (B).

THIS MAY BE CAUSED BY HINGE PINS COMING PARTIALLY OFF (B) OR COMPLETELY OFF.

SEAT BACK SURFACE.CUSTOMERS HAVING THIS CONCERN SHOULD HAVE THEIR VEHICLE REPAIRED BY A QUALIFIED UPHOLSTERY REPAIR SPECIALIST USING THE FOLLOWING REPAIR PROCEDURE.

THIS MAY BE CAUSED BY HINGE PINS COMING PARTIALLY OFF (B) OR COMPLETELY OFF.

THIS MAY BE CAUSED BY HINGE PINS COMING PARTIALLY OFF (B) OR COMPLETELY OFF.

DTC C1001:92 SETS AS A PAST RECORD FOR LOW VISIBILITY OF THE FORWARD SENSING CAMERA (FSC). IT DOES NOT MEAN THERE IS AN ACTUAL FSC DEFECT. IN SOME CASES THE CUSTOMER MAY HAVE A CONCERN WITH THE LANE DEPARTURE WARNING SYSTEM (LDWS) AND/OR HIGH BEAM CONTROL SYSTEM (HBC). IN OTHER CASES THIS DTC MIGHT BE FOUND WITHOUT A RELATED CUSTOMER CONCERN.

FAILING TO REPLACE THE NON-REUSABLE PART MAY CAUSE A SYSTEM FAILURE.

SEAT BACK SURFACE.CUSTOMERS HAVING THIS CONCERN SHOULD HAVE THEIR VEHICLE REPAIRED BY A QUALIFIED UPHOLSTERY REPAIR SPECIALIST USING THE FOLLOWING REPAIR PROCEDURE.

FAILING TO REPLACE THE NON-REUSABLE PART MAY CAUSE A SYSTEM FAILURE.

SOME CUSTOMERS MAY COMPLAIN ABOUT A LOOSE REAR CONSOLE LID (A). THIS MAY BE CAUSED BY HINGE PINS COMING PARTIALLY OFF (B) OR COMPLETELY OFF.

It is most noticeable when the A/C is first turned ON. This odor is the result of mold growth in the A/C evaporator/cooling unit which is caused by condensation, dust, and pollen within the cooling unit. This condition is usually worse during high humidity conditions. Mazda Air Cooling Coil Coating is available to encapsulate the mold to reduce odors. If the product is properly applied, it can effectively reduce the musty/mildew odor for up to three years. NOTE: See parts information for Mazda Air Cooling Coil Coating and Kit part numbers.

The terminal test kit enables you: To check pin fit drag of all PCM terminals used in SKYACTIV vehicles and compare suspect terminal drag with a known good terminal. To measure the voltage/resistance avoiding any terminal damage.

It is most noticeable when the A/C is first turned ON. This odor is the result of mold growth in the A/C evaporator/cooling unit which is caused by condensation, dust, and pollen within the cooling unit. This condition is usually worse during high humidity conditions. Mazda Air Cooling Coil Coating is available to encapsulate the mold to reduce odors. If the product is properly applied, it can effectively reduce the musty/mildew odor for up to three years.

The terminal test kit enables you: To check pin fit drag of all PCM terminals used in SKYACTIV vehicles and compare suspect terminal drag with a known good terminal. To measure the voltage/resistance avoiding any terminal damage.

lower than the actual temperature, resulting in insufficient performance of the air conditioning. This is caused by inappropriate soldering in the ambient temperature sensor. To eliminate this concern, the soldering process has been enhanced at the supplier.

lower than the actual temperature, resulting in insufficient performance of the air conditioning. This is caused by inappropriate soldering in the ambient temperature sensor. To eliminate this concern, the soldering process has been enhanced at the supplier.

The newly painted fender stay (2) may be causing a poor front harness (1) ground connection.

deliver new vehicles with fully charged batteries, and to reduce unnecessary battery replacement cost. For new vehicles in stock at the dealer, inspect and maintain the battery periodically according to the repair procedure.

If the Mazda DCA-8000 is not used, incorrect battery testing may result in unnecessary battery replacement. Use the following test procedures in this Service Bulletin to test Mazda vehicle batteries and to generate a Warranty Code.

Complete service information can be found in MGSS online or Workshop Manual (section 13-17).

maintenance, to deliver new vehicles with fully charged batteries, and to reduce unnecessary battery replacement cost. For new vehicles in stock at the dealer, inspect and maintain the battery periodically according to the repair procedure.

The terminal test kit enables you: To check pin fit drag of all PCM terminals used in SKYACTIV vehicles and compare suspect terminal drag with a good know terminal.To measure the voltage/resistance avoiding any terminal damage.

deliver new vehicles with fully charged batteries, and to reduce unnecessary battery replacement cost. For new vehicles in stock at the dealer, inspect and maintain the battery periodically according to the repair procedure.

data retrieval, etc., always use the DCA8000 OR GR8 battery charger SST to maintain battery voltage.

Aftermarket devices may be the cause of the electrical concern. Ask the customer if any aftermarket devices have been installed. Below are a couple of examples of unusual electrical concerns caused by aftermarket devices.

deliver new vehicles with fully charged batteries, and to reduce unnecessary battery replacement cost. For new vehicles in stock at the dealer, inspect and maintain the battery periodically according to the repair procedure.

If the Mazda DCA-8000PM is not used, incorrect battery testing may result in unnecessary battery replacement. Use the following test procedures in this Service Bulletin to test Mazda vehicle batteries and to generate a Warranty Code.

It is most noticeable when the A/C is first turned ON. This odor is the result of mold growth in the A/C evaporator/cooling unit which is caused by condensation, dust, and pollen within the cooling unit. This condition is usually worse during high humidity conditions. Mazda Air Cooling Coil Coating is available to encapsulate the mold to reduce odors. If the product is properly applied, it can effectively reduce the musty/mildew odor for up to three years.

This Service Alert provides information on how to obtain the 10-digit key code needed for cutting a new auxiliary key blank if all auxiliary keys are lost.

data retrieval, etc., always use the GR8 battery charger SST to maintain battery voltage.

It is most noticeable when the A/C is first turned ON. This odor is the result of mold growth in the A/C evaporator/cooling unit which is caused by condensation, dust, and pollen within the cooling unit. This condition is usually worse during high humidity conditions. Mazda Air Cooling Coil Coating is available to encapsulate the mold to reduce odors. If the product is properly applied, it can effectively reduce the musty/mildew odor for up to three years. NOTE: See parts information for Mazda Air Cooling Coil Coating and Kit part numbers.

This concern may also occur when a room fuse is installed in a new vehicle. Some new instrument clusters are in the factory mode setting. Factory mode cancellation is required. NOTE: The concern is applicable to Calsonic Kansei instrument clusters. Not all trim levels are affected.

The newly painted fender stay (2) may be causing a poor front harness (1) ground connection.The front fender stay (2) newly painted surface at ground point (3), where attachment bolt (4) is seated, may create a poor front harness ground connection. Customers concern can be resolved by sanding off paint at ground point (3) where attachment bolt (4) is seated. After installing the bolt (4), apply touch-up paint to the exposed base material area of the front fender stay.

It is most noticeable when the A/C is first turned ON. This odor is the result of mold growth in the A/C evaporator/cooling unit which is caused by condensation, dust, and pollen within the cooling unit. This condition is usually worse during high humidity conditions. "Mazda Air Cooling Coil Coating" is available to encapsulate the mold to reduce odors. If the product is properly applied, it can effectively reduce the musty/mildew odor for up to three years.

notification will not work due to improper control logic of the PCM. The PCM clears the TRAVELED DISTANCE at the wrong time while the ELAPSED DAYS and the DETERIORATION DETERMINATION work as designed. To correct this issue, the control logic of the PCM has been changed.

The newly painted fender stay (2) may be causing a poor front harness (1) ground connection.

If the Mazda GR8-1291 is not used, incorrect battery testing may result in unnecessary battery replacement. Use the following test procedures in this Service Bulletin to test Mazda vehicle batteries and to generate a Warranty Code. NOTE: A Warranty Code is required for warranty claim submission Battery Identification (Mazda batteries have 2 rating types) 1. JIS (Japanese Industrial Standard): JIS codes are six-digit alpha-numeric markings molded into the top of the battery to identify a battery by the capacity (amps), dimensions, and battery terminal type. Vehicles manufactured in Japan come from the factory with a JIS rated battery. NOTE: Replacement batteries may use a CCA rating. If so, use the CCA rating listed on the battery. 2. CCA (Cold Cranking Amps):CCA ratings are normally located on a sticker affixed to the top of the battery to indicate a battery's Cold Cranking Amps. CCA rated batteries are supplied with domestically produced vehicles. NOTE: If an incorrect CCA rating is entered into the Mazda GR8-1291, it will result in a false result and invalid Warranty Code from the tester. This will also result in unnecessary replacement of batteries.

deliver new vehicles with fully charged batteries, and to reduce unnecessary battery replacement cost. For new vehicles in stock at the dealer, inspect and maintain the battery periodically according to the repair procedure.

The terminal test kit enables you: To check pin fit drag of all terminals used in SKYACTIV vehicles and compare suspect terminal drag with a good know terminal. To measure the voltage/resistance avoiding any terminal damage.

The newly painted fender stay (2) may be causing a poor front harness (1) ground connection.

GPS antenna plugs into the handsfree (Bluetooth) unit. When adding TomTom navigation, the cable must be unplugged from the HF unit and plugged into the jumper harness that leads to the navi unit.

initialization was not performed correctly before customer delivery.TPMS INITIALIZATION PROCESS: When any of the services below is performed, BE SURE TO INITIALIZE THE TPMS BEFORE DRIVING THE VEHICLE by pushing and holding the TPMS Set Switch on the dash until the TPMS warning light flashes two times and the warning beep sounds once. The TPMS must be initialized in the following cases: 1. Tire pressures have been adjusted in one or more tires. 2. Tires have been rotated. 3. Tires or wheels have been replaced. 4. The vehicle's battery cable has been disconnected for any reason. 5. The vehicle's battery has been discharged. 6. The DSC HU/CM connector has been disconnected for any reason.

Aftermarket devices may be the cause of the electrical concern. Ask the customer if any aftermarket devices have been installed. Below are a couple of examples of unusual electrical concerns caused by aftermarket devices.

If the Mazda GR8-1291 is not used, incorrect battery testing may result in unnecessary battery replacement. Use the following test procedures in this Service Bulletin to test Mazda vehicle batteries and to generate a Warranty Code.

deliver new vehicles with fully charged batteries, and to reduce unnecessary battery replacement cost. For new vehicles in stock at the dealer, inspect and maintain the battery periodically according to the repair procedure.

This concern may also occur when a room fuse is installed in a new vehicle.Some new instrument clusters are in the factory mode setting. Factory mode cancellation is required.NOTE: The concern is applicable to Calsonic Kansei instrument clusters. Not all trim levels are affected.CX-3 shown:Vehicles having this concern should have their vehicle repaired using the following procedure.

Complete service information can be found in MGSS online or Workshop Manual (section 13-17).

if all the bulb sockets (including O-ring), seals and covers are present and correctly installed. In most cases you will find that the Bulb Seal No. 1 (A) or HID Bulb Seal No. 1 (B) and Bulb Seal No. 2 (C) socket covers have not been correctly installed or are missing due to improper prior repairs (i.e., customer replacing the headlamp bulbs or body shop not transferring them when replacing the headlamp unit(s) due to a collision). Any damage caused by missing socket covers, HID module seal (D), or missing bumper brackets (E) is not covered by warranty policy.

When you encounter a customer with this concern, first verify the condition when the customer noticed this symptom. If the condition is similar to the following "CONTROL LOGIC OF AMBIENT TEMPERATURE" or "DIFFERENCE BETWEEN THE TEMPERATURE DISPLAY AND OTHERS", advise the customer that this is a normal characteristic of the vehicle and not a malfunction. If the condition does not meet the following and the sensor malfunction is suspected, make sure to inspect the sensor according to MGSSonline or Workshop Manual (section 09-22 AMBIENT TEMPERATURE SENSOR INSPECTION). Replace the sensor only when it fails the Workshop Manual inspection.

prevent the battery from discharging.

Operations is 2017 Mazda North American Operations, U.S.A. allowing all Mazda dealers to utilize a third party, SPECMO Enterprises, Inc., for Instrument Panel Cluster (IPC) odometer setting service. With the use of SPECMO's services, a Mazda dealer can get the odometer setting updated to reflect the correct mileage at the time of replacement for both warranty and customer pay repairs, therefore resulting in a higher level of customer satisfaction. Since odometer setting service is not part of the warranty repair, it is not warrantable nor required, but optional. However, Mazda Warranty policy provides after- warranty assistance (AWA) or DSA that can be utilized to cover this service expense.

Forward Sensing Camera (FSC) and Laser Sensor. Replace the windshield with a new one instead.

IF ALL THE BULB SOCKETS ARE RESENT AND CORRECTLY INSTALLED. IN MOST CASES YOU WILL FIND THAT THE BULB SEAL NO. 1 (A) OR HID BULB SEAL NO. 1 (B) AND BULB SEAL NO. 2 (C) SOCKET OVERS HAVE NOT BEEN CORRECTLY INSTALLED OR ARE MISSING DUE TO IMPROPER PRIOR REPAIRS (I.E., CUSTOMER REPLACING THE HEADLAMP BULBS OR BODY SHOP NOT TRANSFERRING THEM WHEN REPLACING THE HEADLAMP UNIT(S) DUE TO A COLLISION). ANY DAMAGE CAUSED BY MISSING SOCKET COVERS, HID MODULE SEAL (D), OR MISSING BUMPER BRACKETS (E) IS NOT COVERED BY WARRANTY POLICY.

THE TEST KIT IS DESIGNED PECIFICALLY FOR SKYACTIV MODULE TERMINALS. THE SST WILL BE SHIPPED BY MAZDAS TOOL VENDOR BOSCH STARTING JANUARY 15, 2016. PROCEDURES FOR USAGE ARE FOUND IN THE SKYACTIV WIRING TERMINAL TEST KIT WBT, COURSE #1649. THE FOLLOWING SST IS THE LATEST ADDITION TO THE MAZDA REQUIRED TOOL (MRT) LIST:

1. SMS/TEXT CANNOT BE DOWNLOADED WHEN ONNECTED VIA BLUETOOTH. 2. OPERATIONAL CONCERNS WHEN PLAYING A MEDIA DEVICE (IPOD, USB STICK ETC.) CONNECTED VIA THE USB PORT. A. AFTER THE IGNITION IS TURNED ON, IT TAKES A LONG TIME TO LOAD ALL THE DATA FROM THE DEVICE BEFORE STARTING PLAYBACK. DEPENDING ON THE DATA VOLUME, IT CAN TAKE UP TO SEVERAL MINUTES. B. AFTER THE IGNITION IS TURNED ON, THE PLAYBACK ALWAYS STARTS FROM THE FIRST TRACK. IT DOES NOT START FROM THE LAST PLAYING TRACK/POSITION WHEN THE IGNITION WAS TURNED OFF. C. IPOD ERROR MESSAGE FOR THE APPLE IOS 8.0 OR HIGHER SOFTWARE ON IPHONE 4, 5, OR 6. THESE CONCERNS MAY BE CAUSED BY THE SOFTWARE OF THE BLUETOOTH/HANDS-FREE MODULE THAT CONTROLS THE USB CONNECTION. TO IMPROVE THESE CONCERNS, THE SOFTWARE OF THE BLUETOOTH/HANDS-FREE MODULE HAS BEEN CHANGED. NOTE: THE UPDATED SOFTWARE OF THE BLUETOOTH/HANDS-FREE MODULE WILL ONLY ADDRESS SMS/TEXT CONCERNS FOR THE APPLE IPHONE AT THIS TIME.

THE CONCERN IS CAUSED BY INADEQUATE BSM CONTROL MODULE CONTROL LOGIC. THE BSM CONTROL MODULE SOFTWARE HAS BEEN UPDATED TO ELIMINATE THIS CONCERN.

1. SMS/TEXT CANNOT BE DOWNLOADED WHEN CONNECTED VIA BLUETOOTH. 2. OPERATIONAL CONCERNS WHEN PLAYING A MEDIA DEVICE (IPOD, USB STICK ETC.) CONNECTED VIA THE USB PORT. A. AFTER THE IGNITION IS TURNED ON, IT TAKES A LONG TIME TO LOAD ALL THE DATA FROM THE DEVICE BEFORE STARTING PLAYBACK. DEPENDING ON THE DATA VOLUME, IT CAN TAKE UP TO SEVERAL MINUTES. B. AFTER THE IGNITION IS TURNED ON, THE PLAYBACK ALWAYS STARTS FROM THE FIRST TRACK. IT DOES NOT START FROM THE LAST PLAYING TRACK/POSITION WHEN THE IGNITION WAS TURNED OFF. THESE CONCERN MAY BE CAUSED BY THE SOFTWARE OF THE BLUETOOTH/HANDS-FREE MODULE THAT CONTROLS THE USB CONNECTION. TO IMPROVE THESE CONCERNS, THE SOFTWARE OF THE BLUETOOTH/HANDS-FREE MODULE HAS BEEN CHANGED. NOTE: THE UPDATED SOFTWARE OF THE BLUETOOTH/HANDS-FREE MODULE WILL ONLY ADDRESS SMS/TEXT CONCERNS FOR THE APPLE IPHONE AT THIS TIME.

OXYGEN SENSORS AND/OR AIR FUEL RATIO SENSORS.

1. SMS/TEXT CANNOT BE DOWNLOADED WHEN CONNECTED VIA BLUETOOTH. 2. OPERATIONAL CONCERNS WHEN PLAYING A MEDIA DEVICE (IPOD, USB STICK ETC.) CONNECTED VIA THE USB PORT. A. AFTER THE IGNITION IS TURNED ON, IT TAKES A LONG TIME TO LOAD ALL THE DATA FROM THE DEVICE BEFORE STARTING PLAYBACK. DEPENDING ON THE DATA VOLUME, IT CAN TAKE UP TO SEVERAL MINUTES. B. AFTER THE IGNITION IS TURNED ON, THE PLAYBACK ALWAYS STARTS FROM THE FIRST TRACK. IT DOES NOT START FROM THE LAST PLAYING TRACK/POSITION WHEN THE IGNITION WAS TURNED OFF. THESE CONCERN MAY BE CAUSED BY THE SOFTWARE OF THE BLUETOOTH/HANDS-FREE MODULE THAT CONTROLS THE USB CONNECTION. TO IMPROVE THESE CONCERNS, THE SOFTWARE OF THE BLUETOOTH/HANDS-FREE MODULE HAS BEEN CHANGED. NOTE: THE UPDATED SOFTWARE OF THE BLUETOOTH/HANDS-FREE MODULE WILL ONLY ADDRESS SMS/TEXT CONCERNS FOR THE APPLE IPHONE AT THIS TIME. THE UPDATED SOFTWARE OF THE BLUETOOTH/HANDSFREE MODULE WILL NOT ADDRESS THE IPOD ERROR MESSAGE CONCERN FOR THE APPLE IOS 8.0 OR HIGHER SOFTWARE ON IPHONE 4, 5, OR 6 AT THIS TIME.

1. SMS/TEXT CANNOT BE DOWNLOADED WHEN CONNECTED VIA BLUETOOTH. 2. OPERATIONAL CONCERNS WHEN PLAYING A MEDIA DEVICE (IPOD, USB STICK ETC.) CONNECTED VIA THE USB PORT. A. AFTER THE IGNITION IS TURNED ON, IT TAKES A LONG TIME TO LOAD ALL THE DATA FROM THE DEVICE EFORE STARTING PLAYBACK. DEPENDING ON THE DATA VOLUME, IT CAN TAKE UP TO SEVERAL MINUTES. B. AFTER THE IGNITION IS TURNED ON, THE PLAYBACK ALWAYS STARTS FROM THE FIRST TRACK. IT DOES NOT START FROM THE LAST PLAYING TRACK/POSITION WHEN THE IGNITION WAS TURNED OFF. C. IPOD ERROR MESSAGE FOR THE APPLE IOS 8.0 OR HIGHER SOFTWARE ON IPHONE 4, 5, OR 6. THESE CONCERNS MAY BE CAUSED BY THE SOFTWARE OF THE BLUETOOTH/HANDS-FREE MODULE THAT CONTROLS THE USB CONNECTION. TO IMPROVE THESE CONCERNS, THE SOFTWARE OF THE BLUETOOTH/HANDS-FREE MODULE HAS BEEN CHANGED. NOTE: THE UPDATED SOFTWARE OF THE BLUETOOTH/HANDS-FREE MODULE WILL ONLY ADDRESS SMS/TEXT CONCERNS FOR THE APPLE IPHONE AT THIS TIME.

10.854 OR LATER).NAVIGATION SYSTEM FREEZES.MESSAGE WAITING FOR VALID GPS SIGNAL IS SHOWN IN THE MENU BAR OF NAVIGATION DISPLAY FOR SEVERAL MINUTES.VEHICLE SYMBOL IS OFF ROAD WHILE DRIVING / WRONG POSITION OF VEHICLE ON MAP.MAP IS ROTATING WHEN VEHICLE IS PARKED OR WHILE DRIVING.NAVIGATION SCREEN DONT APPEAR AFTER DEPRESSING NAVIGATION BUTTON. THEN IT DOES NOT RECOVER BY OPERATING ACC OFF TO ON POSITION.UNEXPECTED STOPPING VOICE CONTROL MESSAGE, USUALLY WHEN STARTING THE VEHICLE.CURRENT CAR POSITION (CCP) TURNING 180 DEGREES WHEN DRIVING IN REVERSE.THE MESSAGE WAITING FOR A VALID GPS SIGNAL APPEARS.RED SCREEN WITH MESSAGE "PROBLEM WITH MAP".YELLOW SCREEN WITH MESSAGE "INSERT SD CARD".NO MAP FOUND ERROR AND SD CARD CONTAINS A MAP.SCREEN TEMPORARILY GETS STUCK AT TOMTOM LOGO (SPLASH SCREEN) FOR 2 MINUTES DURING STARTUP. AFTERWARDS, THE NAVIGATION WILL NOT START UNTIL THE IGNITION IS CYCLED.SCREEN GETS STUCK AT TOMTOM LOGO (SPLASH SCREEN) DURING STARTUP.SCREEN LOCKS UP TO A "BLACK SCREEN.VEHICLE ICON JUMPS AROUND OR VIBRATES.IF NAVIGATION BUTTON IS PRESSED DURING AUDIO SCREEN, THE SCREEN FREEZES AND THE TOUCH SCREEN BECOMES INOPERATIVE.

IF ALL THE BULB SOCKETS ARE PRESENT AND CORRECTLY INSTALLED. IN MOST CASES YOU WILL FIND THAT THE BULB SEAL NO. 1 (A) OR HID BULB SEAL NO. 1 (B) AND BULB SEAL NO. 2 (C) SOCKET COVERS HAVE NOT BEEN CORRECTLY INSTALLED OR ARE MISSING DUE TO IMPROPER PRIOR REPAIRS (I.E., CUSTOMER REPLACING THE HEADLAMP BULBS OR BODY SHOP NOT TRANSFERRING THEM WHEN REPLACING THE HEADLAMP UNIT(S) DUE TO A COLLISION). ANY DAMAGE CAUSED BY MISSING SOCKET COVERS, HID MODULE SEAL (D), OR MISSING BUMPER BRACKETS (E) IS NOT COVERED BY WARRANTY POLICY.

MEMORY.THE CONCERN IS CAUSED BY INADEQUATE BSM CONTROL MODULE CONTROL LOGIC. THE BSM CONTROL MODULE SOFTWARE HAS BEEN UPDATED TO ELIMINATE THIS CONCERN.

10.854 OR LATER).NAVIGATION SYSTEM FREEZES.MESSAGE WAITING FOR VALID GPS SIGNAL IS SHOWN IN THE MENU BAR OF NAVIGATION DISPLAY FOR SEVERAL MINUTES.VEHICLE SYMBOL IS OFF ROAD WHILE DRIVING / WRONG POSITION OF VEHICLE ON MAP.MAP IS ROTATING WHEN VEHICLE IS PARKED OR WHILE DRIVING.NAVIGATION SCREEN DONT APPEAR AFTER DEPRESSING NAVIGATION BUTTON. THEN IT DOES NOT RECOVER BY OPERATING ACC OFF TO ON POSITION.UNEXPECTED STOPPING VOICE CONTROL MESSAGE, USUALLY WHEN STARTING THE VEHICLE.CURRENT CAR POSITION (CCP) TURNING 180 DEGREES WHEN DRIVING IN REVERSE.THE MESSAGE WAITING FOR A VALID GPS SIGNAL APPEARS.RED SCREEN WITH MESSAGE "PROBLEM WITH MAP".YELLOW SCREEN WITH MESSAGE "INSERT SD CARD".NO MAP FOUND ERROR AND SD CARD CONTAINS A MAP.SCREEN TEMPORARILY GETS STUCK AT TOMTOM LOGO (SPLASH SCREEN) FOR 2 MINUTES DURING STARTUP. AFTERWARDS, THE NAVIGATION WILL NOT START UNTIL THE IGNITION IS CYCLED.SCREEN GETS STUCK AT TOMTOM LOGO (SPLASH SCREEN) DURING STARTUP.SCREEN LOCKS UP TO A "BLACK SCREEN.VEHICLE ICON JUMPS AROUND OR VIBRATES.

MEMORY.THE CONCERN IS CAUSED BY INADEQUATE BSM CONTROL MODULE CONTROL LOGIC. THE BSM CONTROL MODULE SOFTWARE HAS BEEN UPDATED TO ELIMINATE THIS CONCERN.

COMPLETE SERVICE INFORMATION CAN BE FOUND IN MS3 ONLINE OR WORKSHOP MANUAL (SECTION 01-17).

REQUIRED (MAZDA6) IS DIS-PLAYED IN THE INSTRUMENT CLUSTER INFORMATION DISPLAY WHILE DRIVING.B.THE MASTER WARNING LIGHT AND CHARGING SYSTEM WARNING LIGHT ILLUMINATE. C.DTC P1794:00 (CAPACITOR (I-ELOOP) SYSTEM: CAPACITOR (I-ELOOP) MALFUNCTION) IS STORED IN PCM MEMORY.

SYMPTOM (MAZDA6 ONLY)A.WARNING MESSAGE I-ELOOP INSPECTION REQUIRED IS DISPLAYED IN THE INSTRUMENT CLUSTER INFORMATION DISPLAY WHILE DRIVING.B.THE MASTER WARNING LIGHT WILL BE ILLUMINATED. C.DTC P1794:00 (CAPACITOR (I-ELOOP) SYSTEM: CAPACITOR (I-ELOOP) MALFUNCTION) WILL BE STORED IN PCM MEM-ORY.

THE NEWLY PAINTED FENDER STAY (B) MAY BE CAUSING A POOR FRONT HARNESS (A) GROUND CONNECTION.

THE NEWLY PAINTED FENDER STAY (B) MAY BE CAUSING A POOR FRONT HARNESS (A) GROUND CONNECTION.

SYMPTOM (MAZDA6 ONLY) A. WARNING MESSAGE I-ELOOP INSPECTION REQUIRED IS DISPLAYED IN THE INSTRUMENT CLUSTER INFORMATION DISPLAY WHILE DRIVING. B. THE MASTER WARNING LIGHT WILL BE ILLUMINATED.C. DTC P1794:00 (CAPACITOR (I-ELOOP) SYSTEM: CAPACITOR (I-ELOOP) MALFUNCTION) WILL BE STORED IN PCM MEMORY.

COMPLETE SERVICE INFORMATION CAN BE FOUND IN MS3 ONLINE OR WORKSHOP MANUAL (SECTION 01-17).

SYMPTOM (MAZDA6 ONLY) A. WARNING MESSAGE I-ELOOP INSPECTION REQUIRED IS DISPLAYED IN THE INSTRUMENT CLUSTER INFORMATION DISPLAY WHILE DRIVING. B. THE MASTER WARNING LIGHT WILL BE ILLUMINATED.C. DTC P1794:00 (CAPACITOR (I-ELOOP) SYSTEM: CAPACITOR (I-ELOOP) MALFUNCTION) WILL BE STORED IN PCM MEMORY.

COMPLETE SERVICE INFORMATION CAN BE FOUND IN MS3 ONLINE OR WORKSHOP MANUAL (SECTION 01-17).

IF AN AFTERMARKET ALARM SYSTEM IS INSTALLED, THE REAR HARNESS MIGHT HAVE RECEIVED DAMAGE FROM ELECTRO-TAP CONNECTORS (A) OR TO THE PROTECTOR TUBE (B). THIS DAMAGE IS NOT COVERED UNDER WARRANTY.

IF NOT USED, THE CONTROL MODULE REPROGRAMMING MAY FAIL DUE TO A WEAK VEHICLE BATTERY.THE GR-8 BATTERY MANAGEMENT SYSTEM POWER SUPPLY MODE PREVENTS THE VEHICLE BATTERY FROM BEING DISCHARGED. THIS ALLOWS THE IDS TO REPROGRAM A CONTROL MODULE WITHOUT INTERFERENCE FROM A WEAK OR UNDERCHARGED VEHICLE BATTERY. NOTE: CONTROL MODULE DAMAGE MAY OCCUR IF THE GR-8 BATTERY MANAGEMENT SYSTEM POWER SUPPLY MODE IS NOT USED.

THIS MAY BE CAUSED BY AN OBSTRUCTION OF THE FRONT AND/OR REAR LIGHT SENSOR(S) (E.G. HANGING A PARKING PERMIT FROM THE MIRROR). USE A SOFT CLOTH WITH MILD DETERGENT TO CLEAN THE MIRROR. HARSH DETERGENT MAY DAMAGE THE FRONT AND/OR REAR LIGHT SENSOR(S).

IF AN AFTERMARKET ALARM SYSTEM IS INSTALLED, THE REAR HARNESS MIGHT HAVE RECEIVED DAMAGE FROM ELECTRO-TAP CONNECTORS (A) OR TO THE PROTECTOR TUBE (B). THIS DAMAGE IS NOT COVERED UNDER WARRANTY.

SOME VEHICLES MAY EXHIBIT BLUETOOTH HANDS-FREE AND/OR TEXT MESSAGING RELATED CONCERNS. TO IMPROVE THEHANDLING OF BLUETOOTH HANDS-FREE AND/OR TEXT MESSAGING CUSTOMER CONCERNS, MAZDA CREATED A SPECIAL SERVICE AND PARTS EXCHANGE PROGRAM AS OF FEBRUARY 2010. CUSTOMERS EXPERIENCING RELATED CONCERNS SHOULD HAVE THEIR VEHICLE AND/OR DEVICE INSPECTED ACCORDING TO THE FOLLOWING PROCEDURE.

Multi-information display OR display a system status notice with no DTC: C1001:92 - Forward sensing camera (FSC) poor field of view [Gen 6 vehicles] B14F0:92 - General temporary failure in forward sensing camera (FSC) [Gen 7 vehicles built on or before March 2, 2019] No DTC - Warning Message only [Gen 7 vehicles built after March 2, 2019] DTC C1001:92 or B14F0:92 set as a past record for low visibility of the Forward Sensing Camera (FSC). It does not mean there is an actual FSC defect. In some cases the customer may have a concern with the Lane Departure Warning System (LDWS) and/or High Beam Control system (HBC). In other cases this DTC might be found without a related customer concern.

the new/replacement SAT Radio ID as soon as possible to ensure the customer leaves the dealership with an active SAT radio.

Multi-information display OR display a system status notice with no DTC: * C1001:92 - Forward sensing camera (FSC) poor field of view [Gen 6 vehicles] * B14F0:92 - General temporary failure in forward sensing camera (FSC) [Gen 7 vehicles built on or before March 2, 2019] * No DTC - Warning Message only [Gen 7 vehicles built after March 2, 2019] DTC C1001:92 or B14F0:92 set as a past record for low visibility of the Forward Sensing Camera (FSC). It does not mean there is an actual FSC defect. * In some cases the customer may have a concern with the Lane Departure Warning System (LDWS) and/or High Beam Control system (HBC). * In other cases this DTC might be found without a related customer concern. NOTE: In most cases, no dealer visit is necessary.

Some customers may request updates for their vehicle's navigation system. Refer customers to Mazdausa.com.

Multi-information display OR display a system status notice with no DTC: C1001:92 - Forward sensing camera (FSC) poor field of view [Gen 6 vehicles], B14F0:92 - General temporary failure in forward sensing camera (FSC) [Gen 7 vehicles build on or before March 2, 2019], No DTC - Gen 7 vehicles built after March 2, 2019, DTC C1001:92 or B14F0:92 set as a past record for low visibility of the Forward Sensing Camera (FSC). It does not mean there is an actual FSC defect. In some cases the customer may have a concern with the Lane Departure Warning System (LDWS) and/or High Beam Control system (HBC). In other cases this DTC might be found without a related customer concern.

After the installation of a new instrument cluster, the message "Fctry" is displayed instead of the odometer. Some new instrument clusters are in the factory mode setting. Factory mode cancellation is required.

Some customers may complain that the ambient temperature display is not accurate, or it takes too long for the display to show actual temperature.

This may be caused by an aftermarket accessory device.

Also, Mazda Does Not Recommend swapping navigation system SD cards from one vehicle to another for testing. If swapped, the SD card that is installed into the other vehicle becomes linked to the VIN of that vehicle.

To improve the handling of BLUETOOTH hands-free and/or text messaging customer concerns, Mazda created a special service and parts exchange program as of February 2010.

of view B14F0:92 - General temporary failure in forward sensing camera (FSC) DTC C1001:92 or B14F0:92 set as a past record for low visibility of the Forward Sensing Camera (FSC). It does not mean there is an actual FSC defect. In some cases the customer may have a concern with the Lane Departure Warning System (LDWS) and/or High Beam Control system (HBC). In other cases this DTC might be found without a related customer concern. NOTE: Instrument Cluster Multi-Information Display Warning Messages vary depending on vehicle year/model. See the Owner's Manual for details.

To improve the handling of BLUETOOTH hands-free and/or text messaging customer concerns, Mazda created a special service and parts exchange program as of February 2010. Customers experiencing related concerns should have their vehicle and/or device inspected according to the following procedure.

To improve the handling of BLUETOOTH hands-free and/or text messaging customer concerns, Mazda created a special service and parts exchange program as of February 2010. Customers experiencing related concerns should have their vehicle and/or device inspected according to the following procedure.

Some components require prior authorization before ordering as exchange. Refer to DAG Exchange Central (MXConnect>Parts and Accessories>Parts>Programs>Exchange Central) for component availability, source of technical support and prior authorization requirement. NOTE: Always check for a TSB that may modify or eliminate prior authorization for a specific symptom for a given component.

for any reason, a call must be made to inform SiriusXM of the existing Radio ID and the new/replacement SAT Radio ID as soon as possible to ensure the customer leaves the dealership with active working SAT radio.

To improve the handling of BLUETOOTH hands-free and/or text messaging customer concerns, Mazda created a special service and parts exchange program as of February 2010. Customers experiencing related concerns should have their vehicle and/or device inspected according to the following procedure.

To improve the handling of BLUETOOTH hands-free and/or text messaging customer concerns, Mazda created a special service and parts exchange program as of February 2010.Customers experiencing related concerns should have their vehicle and/or device inspected according to the following procedure.

DTC C1001:92 sets as a past record for low visibility of the Forward Sensing Camera (FSC). It does not mean there is an actual FSC defect. In some cases the customer may have a concern with the Lane Departure Warning System (LDWS) and/or High Beam Control system (HBC). In other cases this DTC might be found without a related customer concern.NOTE: Instrument Cluster Multi-Information Display Warning Messages vary depending on vehicle year/model. See the Owner's Manual for details.

Some components require prior authorization before ordering as exchange. Refer to DAG Exchange Central (MXConnect>Parts and Accessories>Parts>Programs>Exchange Central) for component availability, source of technical support and prior authorization requirement. NOTE: Always check for a TSB that may modify or eliminate prior authorization for a specific symptom for a given component.

for any reason, a call must be made to inform SiriusXM of the existing Radio ID and the new/replacement SAT Radio ID as soon as possible to ensure the customer leaves the dealership with active (working SAT radio).

To improve the handling of BLUETOOTH hands-free and/or text messaging customer concerns, Mazda created a special service and parts exchange program as of February 2010. Customers experiencing related concerns should have their vehicle and/or device inspected according to the following procedure.

This concern is due to poor reception of the GPS signals. To eliminate this concern, the CMU hardware has been modified.

This is caused by the damper coming off the speaker frame due to corrosion. To correct the issue, a plating process was added at the supplier beginning on November 13, 2015.

DTC C1001:92 sets as a past record for low visibility of the Forward Sensing Camera (FSC). It does not mean there is an actual FSC defect. In some cases the customer may have a concern with the Lane Departure Warning System (LDWS) and/or High Beam Control system (HBC). In other cases this DTC might be found without a related customer concern. NOTE: Instrument Cluster Multi-Information Display Warning Messages vary depending on vehicle year/model. See the Owner's Manual for details.

MAZDA CONNECT Symptom Troubleshooting Table Sections: Audio System, Bluetooth, Center Display, DTC, i-ACTIVESENSE, Maintenance Monitor, Navigation, Noise, Reboot / Frozen Screen / Slow Response, USB / Aux, Voice Command

This is caused by the damper coming off the speaker frame due to corrosion on the speaker back frame. To correct the issue, a plating process was added at the supplier beginning on November 13, 2015.

MAZDA CONNECT bluetooth will connect all profiles to devices in order of priority if the last device is not available. This concern may be a normal operation of the CMU connecting to available devices on start up.

These concerns may be caused by problems with the Bluetooth Unit software.

BEEN PROPERLY INITIALIZED AT THE SPECIFIED TIRE AIR PRESSURE. THIS MAY BE CAUSED BY IMPROPER TIRE AIR PRESSURE DETECTION BY THE TPMS SYSTEM ON CERTAIN TYPES OF ROAD SURFACES. NOTE: UNDER THE MAZDA SERVICE PROGRAM (MSP45), ALL CURRENT DEALER INVENTORY AND RETAILED VEHICLES FOUND TO BE WITHIN THE ABOVE VIN AND PRODUCTION DATES RANGES MUST BE REPAIRED ACCORDING TO THE INSTRUCTIONS CONTAINED IN THIS SERVICE BULLETIN. BEFORE PERFORMING ANY REPAIR, VALIDATE THAT THE VEHICLE IS APPLICABLE TO THIS PROGRAM BY PERFORMING AN "EMDCS WARRANTY VEHICLE INQUIRY" AND VERIFYING THE VEHICLE DISPLAYS CAMPAIGN "MSP45" AND ITS CAMPAIGN STATUS DISPLAYS "OPEN". SEE "VEHICLE INSPECTION PROCEDURE" BELOW.

SOME COMPONENTS REQUIRE PRIOR AUTHORIZATION BEFORE ORDERING AS EXCHANGE. REFER TO DAG EXCHANGE CENTRAL (MXCONNECT>PARTS AND ACCESSORIES>PARTS>PROGRAMS>EXCHANGE CENTRAL) FOR COMPONENT AVAILABILITY, SOURCE OF TECHNICAL SUPPORT AND PRIOR AUTHORIZATION REQUIREMENT. NOTE: ALWAYS CHECK FOR A TSB THAT MAY MODIFY OR ELIMINATE PRIOR AUTHORIZATION FOR A SPECIFIC SYMPTOM FOR A GIVEN COMPONENT.

TOMTOM NAVIGATION HELP DESK AT 866-486-6866 FROM 7AM-11PM (M-F) AND 9AM-8PM (SAT) EASTERN STANDARD TIME. NOTE: ONE OF THE FIRST STEPS FOR TROUBLESHOOTING THE NAVIGATION SYSTEM IS FOR THE CUSTOMER OR DEALER TO CALL TOMTOM. IF THE TOMTOM CALL CENTER CANNOT SOLVE THE CUSTOMERS PROBLEM, THEY WILL PROVIDE A CASE NUMBER TO THE CUSTOMER THAT CAN BE REFERRED TO IF NEEDED. SERVICE ADVISORS SHOULD GET THIS CASE NUMBER FROM THE CUSTOMER IF THE VEHICLE COMES INTO THE DEALER FOR FURTHER DIAGNOSIS SO THE TECHNICIAN CAN HAVE IT WHEN CALLING TOMTOM.

IN BOTH CASES HOWEVER, THE AUDIO UNIT SOUND OUTPUT IS NORMAL. THIS CONCERN MAY BE CAUSED BY AN INTERNAL FAILURE OF THE AUDIO UNIT. THE PRODUCTION PROCESS AT THE AUDIO SUPPLIER HAS BEEN IMPROVED TO ELIMINATE THESE CONCERNS.

TO IMPROVE THE HANDLING OF BLUETOOTH HANDS-FREE AND/OR TEXT MESSAGING CUSTOMER CONCERNS, MAZDA CRE-ATED A SPECIAL SERVICE AND PARTS EXCHANGE PROGRAM AS OF FEBRUARY 2010.

VEHICLE ICON JUMPS AROUND OR VIBRATES. CAUTION: DO NOT USE THE FACTORY RESET FOR RETAIL VEHICLES. OTHERWISE, PERSONAL SETTINGS (SUCH AS DISPLAY AND SOUND ADJUSTMENTS) WILL BE LOST, INCLUDING FAVORITES INFORMATION.

VEHICLE ICON JUMPS AROUND OR VIBRATES. CAUTION: DO NOT USE THE FACTORY RESET FOR RETAIL VEHICLES. OTHERWISE, PERSONAL SETTINGS (SUCH AS DISPLAY AND SOUND ADJUSTMENTS) WILL BE LOST, INCLUDING FAVORITES INFORMATION.

TO SHOW ACTUAL TEMPERATURE.WHEN YOU ENCOUNTER A CUSTOMER WITH THIS CONCERN, FIRST VERIFY THE CONDITION WHEN THE CUSTOMER NOTICED THIS SYMPTOM. IF THE CONDITION IS SIMILAR TO THE FOLLOWING CONTROL LOGIC OF AMBIENT TEMPERATURE OR DIF-FERENCE BETWEEN THE TEMPERATURE DISPLAY AND OTHERS, ADVISE THE CUSTOMER THAT THIS IS A NOR-MAL CHARACTERISTIC OF THE VEHICLE AND NOT A MALFUNCTION.

TOMTOM NAVIGATION HELP DESK AT 866-486-6866 FROM 7AM-11PM (M-F) AND 9AM-8PM (SAT) EASTERN STANDARD TIME. NOTE: ONE OF THE FIRST STEPS FOR TROUBLESHOOTING THE NAVIGATION SYSTEM IS FOR THE CUSTOMER OR DEALER TO CALL TOMTOM. IF THE TOMTOM CALL CENTER CANNOT SOLVE THE CUSTOMERS PROBLEM, THEY WILL PROVIDE A CASE NUMBER TO THE CUSTOMER THAT CAN BE REFERRED TO IF NEEDED. SERVICE ADVISORS SHOULD GET THIS CASE NUMBER FROM THE CUSTOMER IF THE VEHICLE COMES INTO THE DEALER FOR FURTHER DIAGNOSIS SO THE TECHNICIAN CAN HAVE IT WHEN CALLING TOMTOM.

FOR ANY REASON, A CALL MUST BE MADE TO INFORM SIRIUSXM OF THE EXISTING RADIO ID AND THE NEW/ REPLACEMENT SAT RADIO ID AS SOON AS POSSIBLE TO ENSURE THE CUSTOMER LEAVES THE DEALERSHIP WITH ACTIVE (WORKING SAT RADIO.

UNDER THIS MSP42, THE NAVIGATION SYSTEM WILL BE REFLASHED TO THE UPDATED VERSION USING A SD CARD. THIS SOFTWARE UPDATE WILL ELIMINATE CANCELING VOICE RECOGNITION WHEN VEHICLE SPEED TRANSITIONS PAST 4MPH AND IMPROVE THE FOLLOWING: SYSTEM STABILITY SPEECH RECOGNITION VERBAL AND VISUAL INSTRUCTIONS FOR ROUTE GUIDANCE (3D VIEW NOW INCLUDES MORE VISUAL FEEDBACK SUCH AS ARROWS INDICATING WHICH LANE TO USE IN COMPLICATED INTERCHANGES) COMMANDER SWITCH CONTROL (FOR VEHICLES EQUIPPED) GPS RECOVERY AFTER SIGNAL IS LOST (TUNNELS, PARKING GARAGES, ETC.) CAUTION: DO NOT USE THE FACTORY RESET FOR RETAIL VEHICLES. OTHERWISE, PERSONAL SETTINGS (SUCH AS DISPLAY AND SOUND ADJUSTMENTS) WILL BE LOST, INCLUDING FAVORITES INFORMATION.

UNDER THIS MSP42, THE NAVIGATION SYSTEM WILL BE REFLASHED TO THE UPDATED VERSION USING A SD CARD. THIS SOFTWARE UPDATE WILL ELIMINATE CANCELING VOICE RECOGNITION WHEN VEHICLE SPEED TRANSITIONS PAST 4MPH AND IMPROVE THE FOLLOWING: SYSTEM STABILITY SPEECH RECOGNITION VERBAL AND VISUAL INSTRUCTIONS FOR ROUTE GUIDANCE (3D VIEW NOW INCLUDES MORE VISUAL FEEDBACK SUCH AS ARROWS INDICATING WHICH LANE TO USE IN COMPLICATED INTERCHANGES) COMMANDER SWITCH CONTROL (FOR VEHICLES EQUIPPED) GPS RECOVERY AFTER SIGNAL IS LOST (TUNNELS, PARKING GARAGES, ETC.) CAUTION: DO NOT USE THE FACTORY RESET FOR RETAIL VEHICLES. OTHERWISE, PERSONAL SETTINGS (SUCH AS DISPLAY AND SOUND ADJUSTMENTS) WILL BE LOST, INCLUDING FAVORITES INFORMATION.

TO IMPROVE THE HANDLING OF BLUETOOTH HANDS-FREE AND/OR TEXT MESSAGING CUSTOMER CONCERNS, MAZDA CRE-ATED A SPECIAL SERVICE AND PARTS EXCHANGE PROGRAM AS OF FEBRUARY 2010.CUSTOMERS EXPERIENCING RELATED CONCERNS SHOULD HAVE THEIR VEHICLE AND/OR DEVICE INSPECTED ACCORDING TO THE FOLLOWING PROCEDURE.

HOWEVER, IN EITHER CASE THE AUDIO SOUND IS NORMAL. THIS CONCERN MAY BE CAUSED BY AN INTERNAL FAILURE OF THE AUDIO UNIT. THE PRODUCTION PROCESS AT THE AUDIO SUP-PLIER HAS BEEN IMPROVED TO ELIMINATE THESE CONCERNS.

THIS MAY BE CAUSED BY AN AFTERMARKET ACCESSORY DEVICE

ALSO, MAZDA DOES NOT RECOMMEND SWAPPING NAVIGATION SYSTEM SD CARDS FROM ONE VEHICLE TO ANOTHER FOR TESTING. IF SWAPPED, THE SD CARD THAT IS INSTALLED INTO THE OTHER VEHICLE BECOMES LINKED TO THE VIN OF THAT VEHICLE.

THIS MAY BE CAUSED BY AN AFTERMARKET ACCESSORY DEVICE.

ALSO, MAZDA DOES NOT RECOMMEND SWAPPING NAVIGATION SYSTEM SD CARDS FROM ONE VEHICLE TO ANOTHER FOR TESTING. IF SWAPPED, THE SD CARD THAT IS INSTALLED INTO THE OTHER VEHICLE BECOMES LINKED TO THE VIN OF THAT VEHICLE.

PHONE CALLS WHEN THE SMARTPHONE IS PAIRED WITH A VEHICLE OR WIRELESS HEADSET. THE ISSUE EXTENDS TO GPS VOICE NAVIGATION FOR SOME, BUT STREAMING MUSIC OVER BLUETOOTH APPEARS TO BE UNAFFECTED. SPECIFICALLY, DOZENS OF USERS IN THE APPLE SUPPORT COMMUNITIES AND MACRUMORS DISCUSSION FORUMS CLAIM TO BE EXPERIENCING DISTORTED, STATICKY, OR INAUDIBLE PHONE CALLS WHEN USING AN IPHONE SE. IF YOU EXPERIENCE A CUSTOMER COMPLAINT, AND THE CUSTOMER HAS A NEW IPHONE SE, DO NOT REPLACE ANY PARTS ON THE VEHICLE. EXPLAIN TO THE CUSTOMER THAT THE IPHONE MAY BE THE PROBLEM. HAVE THE CUSTOMER VISIT THIS WEBSITE: HTTP://WWW.MACRUMORS.COM/2016/04/11/IPHONE-SE-BLUETOOTH-PHONE-CALL-AUDIO-ISSUES/

INSTRUMENT CLUSTER INFORMATION DISPLAYING, WHILE DRIVING, I-ELOOP INSPECTION IS REQUIRED. MODEL 2014-2015 MAZDA3, MAZDA6. *PE

If you encounter a customer complaint for any one of these symptoms, refer to the following information to understand why symptoms may occur, and to better assist the customer in resolving their specific brake concern. NOTE: Before following this Service Alert repair procedure, ensure published TSBs in MGSS have been completed per model year.

If you encounter a customer complaint for any one of these symptoms, refer to the following information to understand why symptoms may occur, and to better assist the customer in resolving their specific brake concern.

If you encounter a customer complaint for any one of these symptoms, refer to the following information to understand why symptoms may occur, and to better assist the customer in resolving their specific brake concern.

If you encounter a customer complaint for any one of these symptoms, refer to the following information to understand why symptoms may occur, and to better assist the customer in resolving their specific brake concern.

If you encounter a customer complaint for any one of these symptoms, refer to the following information to understand why symptoms may occur, and to better assist the customer in resolving their specific brake concern.

If you encounter a customer complaint for any one of these symptoms, refer to the following information to understand why symptoms may occur, and to better assist the customer in resolving their specific brake concern.

If you encounter a customer complaint for any one of these symptoms, refer to the following information to understand why symptoms may occur, and to better assist the customer in resolving their specific brake concern.

If you encounter a customer complaint for any one of these symptoms, refer to the following information to understand why symptoms may occur, and to better assist the customer in resolving their specific brake concern.

In most cases the oil that is present is normal, and a result of the oil that remains on the shaft during the normal sweeping process of the shaft seal. Follow the inspection guidelines below to determine if the condition is a result of the normal sweeping process or a failure of the shaft seal.

This is caused by a brake torque variation due to an uneven coating of the brake pad friction material forming on the surface of the disc plate. To eliminate this concern, the surface processing on the disc plate has been changed.

If the warning indicator light is not illuminated and there are no codes stored in the system, the system is operating properly, and Mazda cannot perform any additional testing of the system. Dealers and customers should never attempt to test or recreate crash scenarios under any circumstances because that could lead to an accident and injuries. NOTE: This article only applies to the applicable vehicles below equipped with SCBS system that uses a Laser Sensor. This article does not apply to newer vehicles equipped with SCBS system that uses a Forward Sensing Camera (FSC).

This may be caused by dust boot insufficient resistance to cold. The shape and material of the dust boot has been changed to improve the resistance to cold.

This is caused by a brake torque variation due to an uneven coating of the brake pad friction material forming on the surface of the disc plate. To eliminate this concern, the surface processing on the disc plate has been changed.

If you encounter a customer complaint for any one of these symptoms, refer to the following information to understand why symptoms may occur, and to better assist the customer in resolving their specific brake concern.

This may be caused by a brake torque variation at that speed due to an inappropriate machining process of the brake disc surface. Customers having this concern should have their vehicle repaired using the following repair procedure.

In most cases the oil that is present is normal, and a result of the oil that remains on the shaft during the normal sweeping process of the shaft seal. Follow the inspection guidelines below to determine if the condition is a result of the normal sweeping process or a failure of the shaft seal.

This may be caused by a brake torque variation at that speed due to an inappropriate machining process of the brake disc surface.

vehicle service.

In most cases the oil that is present is normal, and a result of the oil that remains on the shaft during the normal sweeping process of the shaft seal. Follow the inspection guidelines to determine if the condition is a result of the normal sweeping process or a failure of the shaft seal.

The Pro-Cut On-Car Brake Lathe has been added to the MNAO authorized equipment program. NOTE: Accu-turn is still an approved brake lathe, but it is no longer available for purchase from our vendor. IMPORTANT: Rotors must be machined using a Mazda approved on-car brake lathe, or warranty claims are subject to denial or debit. Tool Number Description Pricing PC1923MAZ Pro-Cut On-Car Brake Lathe Check eStore or call for current pricing OBTAINING TOOLS This tool can be ordered through Mazda eStore. You can log on to eStore at: http://dealers.mazdausa.com CUSTOMER SERVICE INFORMATION For warranty or product information contact Mazda Authorized Service Equipment at 877-768-6657. Customer service representatives are available from 7:30 AM until 7:00 PM CST, Monday through Friday. SPECIAL SERVICE TOOL (SST) PART NAME: OVERVIEW Pro-Cut On-Car Brake Lathe PART NUMBER: PC1923MAZ APPLICABLE MODELS: All USAGE: To machine brake rotors on the vehicle.

If you encounter a customer complaint for any one of these symptoms, refer to the following information to understand why symptoms may occur, and to better assist the customer in resolving their specific brake concern.

The Pro-Cut On-Car Brake Lathe has been added to the MNAO authorized equipment program. NOTE: Accu-turn is still an approved brake lathe, but it is no longer available for purchase from our vendor. IMPORTANT: Rotors must be machined using a Mazda approved on-car brake lathe, or warranty claims are subject to denial or debit.

This may be caused by the dust boot having insufficient resistance to the cold. The shape and material of the dust boot has been changed to improve its resistance to cold.

properly initialize the system.The Tire Pressure Monitoring System (TPMS) monitors the tire pressure of all four tires indirectly using the data sent from the ABS wheel speed sensors. If the air pressure of one or more tires is too low compared with the specified value (the initial value learned by the system), the system warns the driver with the TPMS warning light in the instrument cluster and a beep sound. To allow the TPMS to operate correctly, it is essential that the TPMS be initialized to learn new conditions whenever a tire related service is performed.

The Pro-Cut On-Car Brake Lathe has been added to the MNAO authorizedequipment program.NOTE: Accu-turn is still an approved brake lathe, but it is no longer available for purchase from our vendor. IMPORTANT: Rotors must be machined using a Mazda approved on-car brake lathe, or warranty claimsare subject to denial or debit.

vehicle service.

If you encounter a customer complaint for any one of these symptoms, refer to the following information to understand why symptoms may occur, and to better assist the customer in resolving their specific brake concern.

In most cases the oil that is present is normal, and a result of the oil that remains on the shaft during the normal sweeping process of the shaft seal. Follow the inspection guidelines to determine if the condition is a result of the normal sweeping process or a failure of the shaft seal.

and a warning sound when the Forward Sensing Camera (FSC) detects a vehicle ahead and determines that a collision with a vehicle ahead is imminent. In addition, the system reduces damage in the event of a collision by operating the brake control when the system determines that a collision is unavoidable. It may also be possible to avoid a collision depending on the relative speed between your vehicle and the vehicle in front of you. In addition, when the driver depresses the brake pedal, the brakes are applied firmly and quickly to assist.

IF YOU ENCOUNTER A CUSTOMER COMPLAINT FOR ANY ONE OF THESE SYMPTOMS, REFER TO THE FOLLOWING INFORMATION TO UNDERSTAND WHY SYMPTOMS MAY OCCUR, AND TO BETTER ASSIST THE CUSTOMER IN RESOLVING THEIR SPECIFIC BRAKE CONCERN.

1/2 TO 4 INCHES (1 - 10 CM). THE RATTLE NOISE MAY BE CAUSED BY INSUFFICIENT HOLDING FORCE OF THE GLASS RUN CHANNEL. TO INCREASE THE HOLDING FORCE, THE SHAPE OF GLASS RUN CHANNEL HAS BEEN CHANGED AND NON-WOVEN PADS HAVE BEEN ATTACHED TO THE GLASS RUN CHANNEL.

VISUAL INSPECTION OF THE SHOCK ABSORBERS SHOW NO EXTERNAL DAMAGE.

VISUAL INSPECTION OF THE SHOCK ABSORBERS SHOW NO EXTERNAL DAMAGE.

DEPLOYMENT CONTROL SYSTEM] OR C0061:29, C0062:29, C0063:29 [STANDARD DEPLOYMENT CONTROL SYSTEM] STORED IN MEMORY. THE AIRBAG, SCBS, AT, MRCC, LDWS AND HBC INSTRUMENT CLUSTER INDICATOR LIGHTS MAY ALSO COME ON. INTERNAL FAILURE OF THE SAS CONTROL MODULE MAY BE THE CAUSE.

LATHES AS AN OPTION FOR MNAO AUTHORIZED EQUIPMENT. DUE TO YOUR FEEDBACK AND AFTER EVALUATING A FEW ON-CAR BRAKE LATHES, WE ARE PLEASED TO ANNOUNCE THAT WE HAVE ADDED THE PRO CUT ON-CAR BRAKE LATHE TO MNAO AUTHORIZED EQUIPMENT PROGRAM. THE ACCU-TURN IS STILL AN APPROVED BRAKE LATHE BUT IT IS NO LONGER AVAILABLE FOR PURCHASE FROM OUR VENDOR. IMPORTANT REMINDER ROTORS MUST BE MACHINED USING A MAZDA APPROVED ON-CAR BRAKE LATHE OR WARRANTY CLAIMS ARE SUBJECT TO DENIAL OR DEBIT.

IF YOU ENCOUNTER A CUSTOMER COMPLAINT FOR ANY ONE OF THESE SYMPTOMS, REFER TO THE FOLLOWING INFORMATION TO UNDERSTAND WHY SYMPTOMS MAY OCCUR, AND TO BETTER ASSIST THE CUSTOMER IN RESOLVING THEIR SPECIFIC BRAKE CONCERN.

THIS CONCERN MAY BE DUE TO A SHORT IN THE SUNROOF SWITCH (A) CAUSED FROM CONDEN-SATION GENERATED BETWEEN THE ROOF PANEL AND THE SEAL. TO ELIMINATE THIS CONCERN IN THE FUTURE, A PROTECTIVE FILM HAS BEEN INSTALLED TO THE SWITCH AND A PAD INSTALLED TO THE HARNESS.

1/2 TO 4 INCHES (1 - 10 CM). THE RATTLE NOISE MAY BE CAUSED BY INSUFFICIENT HOLDING FORCE OF THE GLASS RUN CHANNEL. TO INCREASE THE HOLDING FORCE, THE SHAPE OF GLASS RUN CHANNEL HAS BEEN CHANGED AND NON-WOVEN PADS HAVE BEEN ATTACHED TO THE GLASS RUN CHANNEL.

THE OWNER'S MANUAL PROVIDES 7 EXAMPLES: OBJECTS ON THE ROAD AT THE ENTRANCE TO A CURVE.VEHICLES PASSING IN THE OPPOSITE LANE WHILE MAKING A CURVE.METAL OBJECTS, BUMPS, OR PROTRUDING OBJECTS ON THE ROAD.WHEN PASSING THROUGH A TOLL GATE.WHEN PASSING UNDER A VINYL CURTAIN OR FLAG.PLASTIC OBJECTS SUCH AS PYLONS.TWO-WHEELED VEHICLES, PEDESTRIANS, ANIMALS OR STANDING TREES.THIS M-TIP ARTICLE PROVIDES 2 ADDITIONAL EXAMPLES:A. THERE IS FOGGING ON THE INNER SURFACE OF THE WINDSHIELD.B. THERE IS/ARE FOGGING/WATER DROPS ON THE OUTER SURFACE OF THE WINDSHIELD.THE NEAR INFRARED LASER BEAM IS A LIGHT BEAM AND IS REFRACTED BY WATER DROPS OR FOREIGN MATERIAL ON THE WINDSHIELD. IN THIS CASE, THE NEAR INFRARED LASER BEAM MAY NOT DETECT AN OBSTRUCTION AHEAD CORRECTLY.

THIS CONCERN MAY BE DUE TO A SHORT IN THE SUNROOF SWITCH (A) CAUSED FROM CONDEN-SATION GENERATED BETWEEN THE ROOF PANEL AND THE SEAL. TO ELIMINATE THIS CONCERN IN THE FUTURE, A PROTECTIVE FILM HAS BEEN INSTALLED TO THE SWITCH AND A PAD INSTALLED TO THE HARNESS.

1/2 TO 4 INCHES (1 - 10 CM). THE RATTLE NOISE MAY BE CAUSED BY INSUFFICIENT HOLDING FORCE OF THE GLASS RUN CHANNEL. TO INCREASE THE HOLDING FORCE, THE SHAPE OF GLASS RUN CHANNEL HAS BEEN CHANGED AND NON-WOVEN PADS HAVE BEEN ATTACHED TO THE GLASS RUN CHANNEL.

THE OWNER'S MANUAL PROVIDES 7 EXAMPLES: OBJECTS ON THE ROAD AT THE ENTRANCE TO A CURVE.VEHICLES PASSING IN THE OPPOSITE LANE WHILE MAKING A CURVE.METAL OBJECTS, BUMPS, OR PROTRUDING OBJECTS ON THE ROAD.WHEN PASSING THROUGH A TOLL GATE.WHEN PASSING UNDER A VINYL CURTAIN OR FLAG.PLASTIC OBJECTS SUCH AS PYLONS.TWO-WHEELED VEHICLES, PEDESTRIANS, ANIMALS OR STANDING TREES.THIS M-TIP ARTICLE PROVIDES 2 ADDITIONAL EXAMPLES:A. THERE IS FOGGING ON THE INNER SURFACE OF THE WINDSHIELD.B. THERE IS/ARE FOGGING/WATER DROPS ON THE OUTER SURFACE OF THE WINDSHIELD.THE NEAR INFRARED LASER BEAM IS A LIGHT BEAM AND IS REFRACTED BY WATER DROPS OR FOREIGN MATERIAL ON THE WINDSHIELD. IN THIS CASE, THE NEAR INFRARED LASER BEAM MAY NOT DETECT AN OBSTRUCTION AHEAD CORRECTLY.

essential to first classify the issue into one of three primary categories: Noise, Vibration, or Harshness. Many customer complaints may involve overlapping symptoms, such as both noise and vibration, so identifying the dominant characteristic is critical. Once the primary symptom is determined, follow the appropriate diagnostic path. For example, if a concern includes both noise and vibration but is related to vehicle speed, the vibration diagnostic path should be followed. When considering component replacement during the diagnostic process, it is best practice to start with the lowest cost or most accessible part unless diagnostic evidence clearly identifies a more expensive or complex component as the root cause. This approach helps minimize repair costs and avoids unnecessary part replacements. For example, a growling or bearing whine noise may be mistakenly attributed to internal components in the differential, transfer unit, or transmission, when the actual source is a wheel bearing. Misdiagnosis like this can lead to unnecessary repairs, added time and cost. To help prevent this, always follow the guidelines in the repair procedure.

transmissions where the source of the noise was a wheel bearing. This misdiagnosis can lead to multiple repair attempts, warranty debits, and additional inconvenience and/or cost to the customer. To reduce the chance of this occurring, please follow the steps outlined in the repair procedure.

transmissions where the source of the noise was a wheel bearing. This misdiagnosis can lead to multiple repair attempts, warranty debits, and additional inconvenience and/or cost to the customer. To reduce the chance of this occurring, please follow the steps outlined in the repair procedure.

seats, steering wheel, door panels, shifter...etc.). This may be caused by skin oils or chemicals such as hand lotions.

Only use ATF-FZ to fill or top off the fluid level. ATF-FZ is specially designed for use in the SKYACTIV-DRIVE series AT. It is a low viscosity formula with less friction for better fuel economy. NOTE: ATF-FZ is colored blue for easy identification.

Only use "ATF-FZ" to fill or top off the fluid level. ATF-FZ is specially designed for use in the SKYACTIV-DRIVE series AT. It is a low viscosity formula with less friction for better fuel economy. NOTE: ATF-FZ is colored blue for easy identification.

configuration.

transmissions where the source of the noise was a wheel bearing. This misdiagnosis can lead to multiple repair attempts, warranty debits, and additional inconvenience and/or cost to the customer. To reduce the chance of this occurring, please follow the steps outlined in the repair procedure.

transmissions where the source of the noise was a wheel bearing. This misdiagnosis can lead to multiple repair attempts, warranty debits, and additional inconvenience and/or cost to the customer. To reduce the chance of this occurring, please follow the steps outlined in the repair procedure.

steering wheel, door panels, shifter...etc.). This may be caused by skin oils or chemicals such as hand lotions. Use a clean towel damped in leather/vinyl cleaner or mild soap to clean the steering wheel. NOTE: Upholstery maintenance and care information can also be found in the Owner's Manual.

This concern may be caused when a load, which is applied to the seat during braking, exceeds a certain level that could impact the retaining mechanism of the seat lifter causing the seat to gradually move downward. To eliminate this concern, the play in the lift mechanism gears has been reduced.

transmissions where the source of the noise was a wheel bearing. This misdiagnosis can lead to multiple repair attempts, warranty debits, and additional inconvenience and/or cost to the customer. To reduce the chance of this occurring, please follow the steps outlined in the repair procedure.

The noise: Depends on the vehicles speed only (the more speed, the more noise) Occurs with all types of driving (acceleration, deceleration, steady speed) Does not depend on rpm, gear, or ATF temperature

bump when accelerating after deceleration at 25-40 mph (40-65 km/h) Hard to shift into 3rd, 4th, 5th, and/or 6th gear Shift lever vibrates when driving in 3rd or 4th gear. This is caused by inappropriate transmission internal parts.

and then re-install it to the new transmission with a new washer. The new transmissions (including remanufactured A/T) have a shipping plug, as shown in the figures (M/T: black, rubber made; A/T: pink and black, with breather). This plug is for shipping use only and needs to be removed in order to re-install the original plug from the old transmission.

This noise only occurs when starting to move the vehicle while the steering wheel is fully turned to the driver-side (left side for LHD vehicle and right side for RHD vehicle). NOTE: The noise will not occur if the steering wheel is in the center or to the full passenger-side position. The noise is caused when the edge (A) of the inner ball joint (B) gets stuck with the steering gear housing (C).

NOTE: The following Caution is included with every ATX that requires configuration.

Be advised that the Mazda Remanufactured Transmission Center (MRTC) has found that up to 30% of the returned transmission cores either included the wrong transmission oil cooler, or the oil cooler was missing altogether. IMPORTANT NOTE: ALWAYS REMEMBER TO INCLUDE THE ORIGINAL OIL COOLER WITH THE RETURNED TRANSMISSION CORE!

when accelerating after deceleration at 25-40 mph (40-65 km/h), Hard to shift into 3rd, 4th, 5th, and/or 6th gear, Shift lever vibrates when driving in 3rd or 4th gear. This is caused by inappropriate transmission internal parts.

of the noise was a wheel bearing. This misdiagnosis can lead to multiple repair attempts, warranty debits, and additional inconvenience and/or cost to the customer. To reduce the chance of this occurring, please follow the steps outlined in the repair procedure.

The noise: Depends on the vehicles speed only (the more speed, the more noise)Occurs with all types of driving (acceleration, deceleration, steady speed)Does not depend on rpm, gear, or ATF temperature.This is caused by a damaged bearing in the transaxle due to improper configuration of the transaxle case. A modification has now been implemented on automatic transaxles with the following serial numbers: 7TN0820364 and higher (CX-3) / 8TN1090104 and higher (except CX-3) 8TR1008883 and higher 8TD1003276 and higher 8T50331192 and higher (CX-3) / 8T50329705 and higher (except CX-3).

This concern is likely to occur when driving at speeds between 37-50 mph (60-80 km/h) with the ATF at normal operating temperature. The noise is caused by stick/slip between the oil seal at the transaxle and the dust cover of the driveshaft. To correct this issue, the thickness of the dust cover has been increased.

This noise only occurs when starting to move the vehicle while the steering wheel is fully turned to the driver-side (left side for LHD vehicle and right side for RHD vehicle). NOTE: The noise will not occur if the steering wheel is in the center or to the full passenger-side position.The noise is caused when the edge (A) of the inner ball joint (B) gets stuck with the steering gear housing(C). To eliminate the noise, a spacer (A) has been installed between the inner ball joint (B) and the steering gear housing (C) (both sides) to prevent direct contact.

This concern is likely to occur when driving at speeds between 37-50 mph (60-80 km/h) with the ATF at normal operating temperature. The noise is caused by stick/slip between the oil seal at the transaxle and the dust cover of the drive shaft. To correct this issue, the thickness of the dust cover has been increased.

configuration.

This concern is likely to occur when driving at speeds between 37-50 mph (60-80 km/h) with the ATF at normal operating temperature. The noise is caused by stick/slip between the oil seal at the transaxle and the dust cover of the driveshaft. To correct this issue, the thickness of the dust cover has been increased.

This noise only occurs when starting to move the vehicle while the steering wheel is fully turned to the driver-side (left side for LHD vehicle and right side for RHD vehicle). NOTE: The noise will not occur if the steering wheel is in the center or to the full passenger-side position. The noise is caused when the edge (A) of the inner ball joint (B) gets stuck with the steering gear housing (C). To eliminate the noise, a spacer (A) has been installed between the inner ball joint (B) and the steering gear housing (C) (both sides) to prevent direct contact.

Only use"ATF-FZ" to fill or top off the fluid level. ATF-FZ is specially designed for use in the SKYACTIV-DRIVE series AT. It is a low viscosity formula with less friction for better fuel economy. NOTE: ATF-FZ is colored blue for easy identification.

when accelerating after deceleration at 25-40 mph (40-65 km/h), Hard to shift into 3rd, 4th, 5th, and/or 6th gear, Shift lever vibrates when driving in 3rd or 4th gear. This is caused by inappropriate transmission internal parts.

This concern may be caused when a load, which is applied to the seat during braking, exceeds a certain level that could impact the retaining mechanism of the seat lifter causing the seat to gradually move downward. To eliminate this concern, the play in the lift mechanism gears has been reduced.

when accelerating after deceleration at 25-40 mph (40-65 km/h) Hard to shift into 3rd, 4th, 5th, and/or 6th gear Shift lever vibrates when driving in 3rd or 4th gear. This is caused by inappropriate transmission internal parts.

This noise only occurs when starting to move the vehicle while the steering wheel is turned to the full left position. NOTE: The noise will not occur if the steering wheel is in the center or full right position. The noise is caused when the edge (A) of the left side inner ball joint (B) gets stuck with the steering gear housing (C).

BUMP WHEN ACCELERATING AFTER DECELERATION AT 25-40 MPH (40-65 KM/H) HARD TO SHIFT INTO 3RD, 4TH, 5TH, AND/OR 6TH GEAR SHIFT LEVER VIBRATES WHEN DRIVING IN 3RD OR 4TH GEAR THIS IS CAUSED BY INAPPROPRIATE TRANSMISSION INTERNAL PARTS.

BUMP WHEN ACCELERATING AFTER DECELERATION AT 25-40 MPH (40-65 KM/H) HARD TO SHIFT INTO 3RD, 4TH, 5TH, AND/OR 6TH GEAR SHIFT LEVER VIBRATES WHEN DRIVING IN 3RD OR 4TH GEAR THIS IS CAUSED BY INAPPROPRIATE TRANSMISSION INTERNAL PARTS.

THIS NOISE ONLY OCCURS WHEN STARTING TO MOVE THE VEHICLE WHILE THE STEERING WHEEL IS TURNED TO THE FULL LEFT POSITION. NOTE: THE NOISE WILL NOT OCCUR IF THE STEERING WHEEL IS IN THE CENTER OR FULL RIGHT POSITION. THE NOISE IS CAUSED WHEN THE EDGE OF THE LEFT SIDE INNER BALL JOINT GETS STUCK WITH THE STEERING GEAR HOUSING. TO ELIMINATE THE NOISE, THE SHAPE OF THE INNER BALL JOINT EDGE HAS BEEN CHANGED.

THIS NOISE ONLY OCCURS WHEN STARTING TO MOVE THE VEHICLE WHILE THE STEERING WHEEL IS TURNED TO THE FULL LEFT POSITION. NOTE: THE NOISE WILL NOT OCCUR IF THE STEERING WHEEL IS IN THE CENTER OR FULL RIGHT POSITION. THE NOISE IS CAUSED WHEN THE EDGE OF THE LEFT SIDE INNER BALL JOINT GETS STUCK WITH THE STEERING GEAR HOUSING. TO ELIMINATE THE NOISE, THE SHAPE OF THE INNER BALL JOINT EDGE HAS BEEN CHANGED.

ONLY USE ATF-FZ TO FILL OR TOP OFF THE FLUID LEVEL. ATF-FZ IS SPECIALLY DESIGNED FOR USE IN THE SKYACTIV-DRIVE SERIES AT. IT IS A LOW VISCOSITY FORMULA WITH LESS FRICTION FOR BETTER FUEL ECONOMY. NOTE: ATF-FZ IS COLORED BLUE FOR EASY IDENTIFICATION. TO CHECK THE FLUID LEVEL, REMOVE THE BOLT, THEN REMOVE THE DIPSTICK. THE DIPSTICK IS MARKED WITH A FZ ON SKYACTIV-DRIVE FW6A-EL AT. WHEN FINISHED, INSERT THE DIPSTICK AND INSTALL THE BOLT.

SOMETIMES THE SHIFTER MAY JUMP OUT OF 3RD GEAR OVER A ROAD BUMP WHEN ACCELERATING AFTER DECELERATION AT 25-40 MPH (40-65 KM/H) THIS IS CAUSED BY A FAILURE OF THE RELATED CLUTCH HUB(S). TO CORRECT THE PROBLEM OF HARD SHIFTING, THE SHAPE OF THE 3-4 AND 5-6 CLUTCH HUB HAS BEEN CHANGED. A SURFACE TREATMENT HAS NOW BEEN ADDED TO THE 3-4 CLUTCH HUB TO PREVENT 3RD GEAR FROM JUMPING OUT.

THIS NOISE ONLY OCCURS WHEN STARTING TO MOVE THE VEHICLE WHILE THE STEERING WHEEL IS TURNED TO THE FULL LEFT POSITION. NOTE: THE NOISE WILL NOT OCCUR IF THE STEERING WHEEL IS IN THE CENTER OR FULL RIGHT POSITION. THE NOISE IS CAUSED WHEN THE EDGE OF THE LEFT SIDE INNER BALL JOINT GETS STUCK WITH THE STEERING GEAR HOUSING. TO ELIMINATE THE NOISE, THE SHAPE OF THE INNER BALL JOINT EDGE HAS BEEN CHANGED.

THIS CONCERN MAY BE CAUSED WHEN A LOAD, WHICH IS APPLIED TO THE SEAT DURING BRAKING, EXCEEDS A CERTAIN LEVEL THAT COULD IMPACT THE RETAINING MECHANISM OF THE SEAT LIFTER CAUSING THE SEAT TO GRADUALLY MOVE DOWNWARD. TO ELIMINATE THIS CONCERN, THE PLAY IN THE LIFT MECHANISM GEARS HAS BEEN REDUCED.

SOMETIMES THE SHIFTER MAY JUMP OUT OF 3RD GEAR OVER A ROAD BUMP WHEN ACCELERATING AFTER DECELERATION AT 25-40 MPH (40-65 KM/H) THIS IS CAUSED BY A FAILURE OF THE RELATED CLUTCH HUB(S). TO CORRECT THE PROBLEM OF HARD SHIFTING, THE SHAPE OF THE 3-4 AND 5-6 CLUTCH HUB HAS BEEN CHANGED. A SURFACE TREATMENT HAS NOW BEEN ADDED TO THE 3-4 CLUTCH HUB TO PREVENT 3RD GEAR FROM JUMPING OUT.

THE SST WILL BE SHIPPED AUTOMATICALLY BY MAZDAS TOOL VENDOR SNAP-ON TOOLS, STARTING IN MID-OCTOBER 2014.THE FOLLOWING SST IS THE LATEST ADDITION TO THE MAZDA REQUIRED TOOL (MRT) LIST.

WHEN THE DRIVER OR FRONT PASSENGERS LEG CONTACTS THE CENTER CONSOLE, LATERAL FORCE (A) MAY DEFORM THE INDICATOR SLIDER (B), CAUSING THE SLIDER EDGE TO CONTACT THE ARCHED PART OF THE SET PLATE (D). THIS MAY CAUSE DAMAGE TO THE INDICATOR SLIDER (B) AND/OR HARD A/T SHIFT LEVER MOVEMENT.

3RD GEAR OVER A ROAD BUMP WHEN ACCELERATING AFTER DECELERATION AT 25-40 MPH (40-65 KM/H)THIS IS CAUSED BY THE FRICTION COEFFICIENT BETWEEN THE 3/4 CLUTCH HUB AND THE SLEEVE INCREASING. A SURFACE TREAT-MENT HAS NOW BEEN ADDED TO THE 3/4 CLUTCH HUB TO DECREASE THE FRICTION COEFFICIENT.

This may be caused by the sun's reflection. If a structure's windows create enough of a curve, the concave glass can focus the sun's rays onto a small area and acting like magnifiying glass direct the sunbeams into a hot pinpoint of light. This magnifcation of the sun's rays can cause damage to vehicle trim (see examples). Additional information and exemplar images regarding this phenomenon can be found by performing a google search.

The rearview mirror (1) rattles up and down (2) while adjusting the mirror. 2. The rearview mirror (1) makes a rattle noise depending on the road surface conditions while driving. This concern is caused during rearview mirror installation. The adhesive is squeezed out between the windshield and the mirror base. The rearview mirror is assembled on top of the overextended adhesive. The adhesive is softened by heat, and loosening screws, results in a rattling concern.

This may be caused by the sun's reflection.

When these types of cleaners are used to clean the wheels on Mazda vehicles, the chemicals contents penetrate the clear coating of the wheel surface and damage the paint under the clear coating. The damaged area has the appearance of dark stains or discoloration.

When these types of cleaners are used to clean the wheels on Mazda vehicles, the chemicals contents penetrate the clear coating of the wheel surface and damage the paint under the clear coating. The damaged area has the appearance of dark stains or discoloration.

This may be caused by the sun's reflection.

This may be caused by the sun's reflection.

This concern may be due to a loose or detached hood weatherstrip, which can cause a blockage or restriction in the air intake system.

When these types of cleaners are used to clean the wheels on Mazda vehicles, the chemicals contents penetrate the clear coating of the wheel surface and damage the paint under the clear coating. The damaged area has the appearance of dark stains or discoloration.

This may be caused by the sun's reflection.

This may be caused by the sun's reflection.

When these types of cleaners are used to clean the wheels on Mazda vehicles, the chemicals contents penetrate the clear coating of the wheel surface and damage the paint under the clear coating. The damaged area has the appearance of dark stains or discoloration.

This may be caused by the sun's reflection.

This may be caused by the suns reflection. If a building creates enough of a curve with a series of flat windows, which act like mirrors, the reflections all converge at one point, focusing and concentrating the light onto the street below.

When these types of cleaners are used to clean the wheels on Mazda vehicles, the chemicals contents penetrate the clear coating of the wheel surface and damage the paint under the clear coating. The damaged area has the appearance of dark stains.

remedy, and warranty coverage (if applicable).

When these types of cleaners are used to clean the wheels on Mazda vehicles, the chemicals contents penetrate the clear coating of the wheel surface and damage the paint under the clear coating. The damaged area has the appearance of dark stains.

heavy load without any warning lights or DTCs. This concern may be due to a loose or detached hood weatherstrip, which can cause a blockage or restriction in the air intake system.

remedy, and warranty coverage (if applicable). Copies of the Mazda Pocket Paint Guide are available for order on Mazda e-Store (part number: 9999-95-MPPG-12).

This concern may be due to a loose or detached hood weatherstrip, which can cause a blockage or restriction in the air intake system.

This is caused by the cushion tape peeling off from the end(s) due to interference with the windshield and vehicle vibration (CX-5/Mazda6) or from the gap between the dashboard and the cushion tape because there there is no rib (1) at the dashboard ends (Mazda3). To prevent the tape from peeling off, both ends of the cushion tape are now folded over to the back side of the dashboard (CX-5/Mazda6) or stapled (Mazda3).

remedy, and warranty coverage (if applicable). Copies of the Mazda Pocket Paint Guide are available for order on Mazda e-Store (part number: 9999-95-MPPG-12).

When these types of cleaners are used to clean the wheels on Mazda vehicles, the chemicals contents penetrate the clear coating of the wheel surface and damage the paint under the clear coating. The damaged area has the appearance of dark stains.

of the windshield.This is caused by the cushion tape peeling off from the end(s) due to interference with the windshield and vehicle vibration. To prevent the tape from peeling off, both ends of the cushion tape are now folded over to the back side of the dashboard or stapled depending on the model.

remedy, and warranty coverage (if applicable). Copies of the Mazda Pocket Paint Guide are available for order on Mazda e-Store (part number: 9999-95-MPPG-12).

This concern may be due to a loose or detached hood weatherstrip, which can cause a blockage or restriction in the air intake system.

This is caused by air leakage from the gap between rear sash molding, rear door glass run channel, rear door glass guide and rear door quarter glass guide. To eliminate this concern, the following items have been added or changed: A rubber seal on rear door quarter glass guide has been extended. A rubber seal has been added to rear door glass guide. The shape of rear door glass run channel has been changed.

When these types of cleaners are used to clean the wheels on Mazda vehicles, the chemicals contents penetrate the clear coating of the wheel surface and damage the paint under the clear coating. The damaged area has the appearance of dark stains.

remedy, and warranty coverage (if applicable).

The purpose of this email is to notify you that on January 25th, customers will be mailed a re-notification letter to improve SSPA5 completion rates. Please ensure that EVERY vehicle coming in for service has a Warranty Inquiry performed to check for any open campaigns.

WHEN THESE TYPES OF CLEANERS ARE USED TO CLEAN THE WHEELS ON MAZDA VEHICLES, THE CHEMICALS CONTENTS PENETRATE THE CLEAR COATING OF THE WHEEL SURFACE AND DAMAGE THE PAINT UNDER THE CLEAR COATING. THE DAMAGED AREA HAS THE APPEARANCE OF DARK STAINS.

THE DISCOLORED ARMREST DOES NOT MATCH THE OTHER WHITE PARTS OF THE DOOR PANEL. REPLACE ALL 4 DOOR PANELS.

WATER MAY ENTER THROUGH THE TRUNK LID LIGHT GASKET AND THE BODY PANEL.

THIS CONCERN IS MOST LIKELY TO BE FOUND IN A COLD WEATHER AREAS JUST AFTER THE RAPGARD IS REMOVED AT PDI. THIS MAY BE CAUSED BY MOISTURE WHICH HAS BEEN TRAPPED AND CONDENSED BETWEEN THE PAINT AND THE RAPGARD. THESE TYPES OF STAINS CAN BE REMOVED WITH A HEAT GUN OR AN INFRARED DRIER. IF YOU ENCOUNTER THIS CONCERN DURING PDI, USE A HEAT GUN OR AN INFRARED DRIER TO APPLY HEAT TO THE AFFECTED AREA TO REMOVE THE STAIN(S).

OFF) FROM FASTENER (B).

VEHICLES ARE MANUFACTURED WITH TAMPER-PROOF SPEEDOMETERS.WHEN A SPEEDOMETER IS REPLACED, THE NEW SPEEDOMETER WILL READ ZERO (0) MILES.THIS PROCEDURE IS EXTREMELY IMPORTANT TO ACCURATELY REPRESENT ACTUAL VEHICLE MILEAGE.PRIOR TO SPEEDOMETER REMOVAL, COMPLETE THE INFORMATION REQUIRED ON THE SPEEDOMETER REPLACE-MENT LABEL. LABELS CAN ONLY BE ORDERED THROUGH MSTORE, NOT MDCS.

THE WIND NOISE IS MOST PRONOUNCED AT APPROXIMATELY 50 MPH (81 KM/H) ON A SMOOTH ROAD. THE WIND NOISE MAY BE CAUSED BY AIR PASS-ING THROUGH GAPS BETWEEN THE DOOR EDGE AND THE CORRESPONDING BODY PANEL.

WATER MAY ENTER THROUGH THE TRUNK LID LIGHT GASKET AND THE BODY PANEL.

SOME CUSTOMERS MAY COMPLAIN ABOUT A WHITE DOOR ARMREST(S) PINK DISCOLORATION. THE DISCOLORED ARMREST DOES NOT MATCH THE OTHER WHITE PARTS OF THE DOOR PANEL.

SOME VEHICLES MAY EXHIBIT CORROSION AROUND THE SPOT WELDS IN TRUNK OPENING UNDER THE REAR WINDOW. THIS IS CAUSED BY INSUFFICIENT PAINT THICKNESS AT THE SPOT WELDS. TO CORRECT THE PROBLEM, THE PAINT THICKNESS HAS BEEN IMPROVED.

THIS CONCERN IS MOST LIKELY TO BE FOUND IN COLD WEATHER AREAS JUST AFTER THE RAPGARD IS REMOVED AT PDI. THIS MAY BE CAUSED BY MOISTURE WHICH HAS BEEN TRAPPED AND CONDENSED BETWEN PAINT AND THE RAPGARD. THESE TYPES OF STAINS CAN BE REMOVED WITH HEAT GUN OR AN INFRARED DRIER. IF YOU ENCOUNTER THIS CONCERN DURING PDI, USE HEAT GUN OR AN INFRARED DRIER TO APPLY HEAT TO THE AFFECTED ARE TO REMOVE STAIN(S).

conditions of use, the antistatic components may crystallize slightly, giving an appearance of white stains on the surface.

conditions of use, the antistatic components may crystallize slightly, giving an appearance of white stains on the surface. To remove the stains, wipe the stained surface with a towel soaked with water mixed with a small portion of a neutral detergent. If the white stains reappear again, simply wipe them again in the same way.

Mazda recommends dealers follow the scheduled maintenance tables as cited in the vehicle-specific workshop manual or owner's manual. Services performed outside of Mazda's factory scheduled maintenance are not recommended. These services are unnecessary and create unneeded expenses for your customers.

Mazda recommends dealers follow the scheduled maintenance tables as cited in the vehicle-specific workshop manual or owner's manual. Services performed outside of Mazda's factory scheduled maintenance are not recommended. These services are unnecessary and create unneeded expenses for your customers.

Mazda recommends dealers follow the scheduled maintenance tables as cited in the vehicle-specific workshop manual or owner's manual. Services performed outside of Mazda's factory scheduled maintenance are not recommended. These services are unnecessary and create unneeded expenses for your customers.

conditions of use, the antistatic components may crystallize slightly, giving an appearance of white stains on the surface. To remove the stains, wipe the stained surface with a towel soaked with water mixed with a small portion of a neutral detergent. If the white stains reappear again, simply wipe them again in the same way. NOTE: The antistatic effect does not deteriorate with this procedure.

Mazda recommends dealers follow the scheduled maintenance tables as cited in the vehicle-specific workshop manual or owner's manual. Services performed outside of Mazda's factory scheduled maintenance are not recommended. These services are unnecessary and create unneeded expenses for your customers.

Mazda recommends dealers follow the scheduled maintenance tables as cited in the vehicle specific workshop manual or owner's manual. Services performed outside of Mazda's factory scheduled maintenance are not recommended. These services are unnecessary and create unneeded expenses for your customers.

Mazda recommends dealers follow the scheduled maintenance tables as cited in the vehicle specific workshop manual or owner's manual. Services performed outside of Mazda's factory scheduled maintenance are not recommended. These services are unnecessary and create unneeded expenses for your customers.

This is caused by a dulled headlight reflector in the front combination light. To correct this issue, a service part reflector (internal part for discharge type front combination light) has been established instead of having to replace the whole front combination light.

The recent new models have been fitted with a clear lens which can cause the symptom to be more noticeable, however, it does not affect the performance of the light. This condensation/fog is a natural phenomenon that occurs when there is a fairly large temperature difference between the inside and the outside of the light housing. It is normal for very small water drops to appear in certain locations on the light units where the air is stagnant (condensation), making the lens look whitish (fog). This happens mostly in the corners and narrow spaces, and will typically clear during warmer ambient temperatures, or when the lights have been on for some time.

The recent new models have been fitted with a clear lens which can cause the symptom to be more noticeable, however, it does not affect the performance of the light. This condensation/fog is a natural phenomenon that occurs when there is a fairly large temperature difference between the inside and the outside of the light housing. It is normal for very small water drops to appear in certain locations on the light units where the air is stagnant (condensation), making the lens look whitish (fog). This happens mostly in the corners and narrow spaces, and will typically clear during warmer ambient temperatures, or when the lights have been on for some time.

Mazda recommends dealers follow the scheduled maintenance tables as cited in the vehicle- specific workshop manual or owner's manual. Services performed outside of Mazda's factory scheduled maintenance are not recommended. These services are unnecessary and create unneeded expenses for your customers.

Mazda recommends dealers follow the scheduled maintenance tables as cited in the vehicle- specific workshop manual or owner's manual. Services performed outside of Mazda's factory scheduled maintenance are not recommended. These services are unnecessary and create unneeded expenses for your customers.

longer has access or service." for the MMS APP installed on android devices starting 8/1/18. Inform the customer that all they need to do is update the MMS APP to the latest version to get rid of the error message.

Radar units are configured to the original vehicle, and if installed in another vehicle, a configuration error will occur. Refer to MGSS (RADAR UNIT INSPECTION) for proper diagnosing.

NOTE: You may see ?Selection not available? on IDS when a selecting ?Programming menu?, 108.07 included a timer extension for Programming menu application that had to be installed before the expiration date of 3/27/18. After the expiration, IDS can?t accept the extension. To correct this, uninstall IDS and re-install IDS 108.00 >IDS 108.07 up-date. Select "Remove Mazda data files and settings" as shown below.

The recent new models have been fitted with a clear lens which can cause the symptom to be more noticeable, however, it does not affect the performance of the light. This condensation/fog is a natural phenomenon that occurs when there is a fairly large temperature difference between the inside and the outside of the light housing. It is normal for very small water drops to appear incertain locations on the light units where the air is stagnant (condensation), making the lens look whitish (fog). This happens mostly in the corners and narrow spaces, and will typically clear during warmer ambient temperatures, or when the lights have been on for some time.

Mazda recommends dealers follow the scheduled maintenance tables as cited in the vehicle-specific workshop manual or owner's manual. Services performed outside of Mazda's factory scheduled maintenance are not recommended. These services are unnecessary and create unneeded expenses for your customers.

Damage can occur when using some cleaners that contain strong acid, alkaline cleanser or organic solvent. Damage caused by using these cleaners is not covered by Mazda's New Vehicle Limited Warranty term.

PRESSURE MONITORING SYSTEM (TPMS) WARNING LIGHT ON EVEN IF THE TPMS SYSTEM HAS BEEN PROPERLY INITIALIZED AT THE SPECIFIED TIRE AIR PRESSURE. THIS MAY BE CAUSED BY IMPROPER TIRE AIR PRESSURE DETECTION BY THE TPMS SYSTEM ON CERTAIN TYPES OF ROAD SURFACES.

TIRE PRESSURE MONITORING SYSTEM (TPMS) WARNING LIGHT ON EVEN IF THE TPMS SYSTEM HAS BEEN PROPERLY INITIALIZED AT THE SPECIFIED TIRE AIR PRESSURE. THIS MAY BE CAUSED BY IMPROPER TIRE AIR PRESSURE DETECTION BY THE TPMS SYSTEM ON CERTAIN TYPES OF ROAD SURFACES.

THE RECENT NEW MODELS HAVE BEEN FITTED WITH A CLEAR LENS WHICH CAN CAUSE THE SYMP-TOM TO BE MORE NOTICEABLE, HOWEVER, IT DOES NOT AFFECT THE PERFORMANCE OF THE LIGHT. THIS CONDENSATION/FOG IS A NATURAL PHENOMENON THAT OCCURS WHEN THERE IS A FAIRLY LARGE TEMPERATURE DIFFERENCE BETWEEN THE INSIDE AND THE OUTSIDE OF THE LIGHT HOUSING. IT IS NORMAL FOR VERY SMALL WATER DROPS TO APPEAR IN CERTAIN LOCATIONS ON THE LIGHT UNITS WHERE THE AIR IS STAGNANT (CONDENSATION), MAKING THE LENS LOOK WHITISH (FOG). THIS HAPPENS MOSTLY IN THE CORNERS AND NARROW SPACES, AND WILL TYPICALLY CLEAR DURING WARMER AMBIENT TEMPERATURES, OR WHEN THE LIGHTS HAVE BEEN ON FOR SOME TIME. EXPLAIN TO THE CUSTOMER THAT THIS IS A NATURAL PHENOMENON AND NOT A QUALITY DEFECT. DO NOT ATTEMPT REPAIRS AS THIS IS CONSIDERED NORMAL, AND IS NOT COVERED UNDER WARRANTY. REPLACING THE LIGHT UNIT WILL NOT CORRECT THIS SYMPTOM.

LIGHT ON EVEN IF THE TPMS SYSTEM HAS BEEN PROPERLY INITIALIZED AT THE SPECIFIED TIRE AIR PRESSURE. THIS MAY BE CAUSED BY IMPROPER TIRE AIR PRESSURE DETECTION BY THE TPMS SYSTEM ON CERTAIN TYPES OF ROAD SURFACES.

LIGHT ON EVEN IF THE TPMS SYSTEM HAS BEEN PROPERLY INITIALIZED AT THE SPECIFIED TIRE AIR PRESSURE. THIS MAY BE CAUSED BY IMPROPER TIRE AIR PRESSURE DETECTION BY THE TPMS SYSTEM ON CERTAIN TYPES OF ROAD SUR-FACES.

PRESSURE MONITORING SYSTEM (TPMS) WARNING LIGHT ON EVEN IF THE TPMS SYSTEM HAS BEEN PROPERLY INITIALIZED AT THE SPECIFIED TIRE AIR PRESSURE. THIS MAY BE CAUSED BY IMPROPER TIRE AIR PRESSURE DETECTION BY THE TPMS SYSTEM ON CERTAIN TYPES OF ROAD SURFACES.

THE RECENT NEW MODELS HAVE BEEN FITTED WITH A CLEAR LENS WHICH CAN CAUSE THE SYMPTOM TO BE MORE NOTICEABLE, HOWEVER, IT DOES NOT AFFECT THE PERFORMANCE OF THE LIGHT. THIS CONDENSATION/FOG IS A NATURAL PHENOMENON THAT OCCURS WHEN THERE IS A FAIRLY LARGE TEMPERATURE DIFFERENCE BETWEEN THE INSIDE AND THE OUTSIDE OF THE LIGHT HOUSING. IT IS NORMAL FOR VERY SMALL WATER DROPS TO APPEAR IN CERTAIN LOCATIONS ON THE LIGHT UNITS WHERE THE AIR IS STAGNANT (CONDENSATION), MAKING THE LENS LOOK WHITISH (FOG). THIS HAPPENS MOSTLY IN THE CORNERS AND NARROW SPACES, AND WILL TYPICALLY CLEAR DURING WARMER AMBIENT TEMPERATURES, OR WHEN THE LIGHTS HAVE BEEN ON FOR SOME TIME. EXPLAIN TO THE CUSTOMER THAT THIS IS A NATURAL PHENOMENON AND NOT A QUALITY DEFECT. DO NOT ATTEMPT REPAIRS AS THIS IS CONSIDERED NORMAL, AND IS NOT COVERED UNDER WARRANTY. REPLACING THE LIGHT UNIT WILL NOT CORRECT THIS SYMPTOM.

RECENTLY RECEIVED THIS E-MAIL: PLEASE NOTE THAT THIS IS NOT AN OPERATING SYSTEM UPDATE (AKA FIRMWARE), THIS IS AN UPDATE TO THE FILE THAT THE SYSTEM USES TO QUICKLY FIND GPS SATELLITES. THIS FILE IS USUALLY UPDATED DAILY BUT THE CUSTOMER DOES NOT NEED TO UPDATE THIS FILE FOR THEIR SYSTEM TO WORK CORRECTLY. THIS UPDATE WILL ALWAYS BE FREE AS ARE FIRMWARE UPDATES. USE THE TOMTOM HOME SOFTWARE TO DETERMINE WHAT IS AVAILABLE FOR YOUR SPECIFIC CUSTOMER.IF YOU NEED MORE DETAILED INFORMATION ON HOW THE FILE WORKS WITH TOMTOM DEVICES AND HOW LONG IT REMAINS ACCURATE, CLICK HERE.

This concern may be caused by an insufficient wear resistance of the steering wheel surface.

This concern may be caused by an insufficient wear resistance of the steering wheel surface.

This concern may be caused by an insufficient wear resistance of the steering wheel surface.

This concern may be caused by an insufficient wear resistance of the steering wheel surface.

road.

This concern may be caused by an insufficient wear resistance of the steering wheel surface.

Customers having this concern should have their vehicle repaired using the following repair procedure.

If a customer reports a loose steering wheel and the lock bolt is found to be loose, DO NOT simply re-tighten the steering wheel. Follow the steps below in the Repair Procedure.

This concern may be caused by an insufficient wear resistance of the steering wheel surface.

balance, re-balance the tires using a Hunter GSP9700 or equivalent balance machine. If your dealer does not have a GSP9700 or equivalent balance machine, sublet the vehicle out for repair. To find the location of a GSP9700 near your dealer, visit Hunter?s web site at www.gsp9700.com and click on ?Locate a GSP9700 Road Force Balancer.?

under moderate acceleration, at speeds of approx. 25 - 30 mph (40 - 50 km/h). The vibration is more noticeable when driving on smooth, flat roads.The vibration may be caused by wear on the inner surface of the tripod joint case (inner side of front driveshaft). To eliminate this concern, a coating has been applied to the inner surface of the tripod joint case to improve wear resistance.

This concern may be caused by an insufficient wear resistance of the steering wheel surface.

be caused by an insufficient wear resistance of the steering wheel surface.

FOLLOW STEERING WHEEL ALIGNMENT PROCEDURE.

the vehicle when driving over bumps. The noise occurs at approx. 1225 mph (2040 Km/h) when the road surface is wet or after a car wash. The noise becomes more noticeable when driving over higher bumps.

If any type of grease or lubrication is applied to the bushings, it may create noise due to bushing slippage.

If any type of grease or lubrication is applied to the bushings, it may create noise due to bushing slippage.

If any type of grease or lubrication is applied to the bushings, it may create noise due to bushing slippage.

THE NOISE OCCURS AT APPROX. 12 - 25 MPH (20 - 40 KM/H) WHEN THE ROAD SURFACE IS WET OR AFTER A CAR WASH. THE NOISE BECOMES MORE NOTICEABLE WHEN DRIVING OVER HIGHER BUMPS. THE CREAKING NOISE IS CAUSED WHEN THE FRONT LOWER CONTROL ARM BUSHING(S) (A) BECOME WET.

THIS MAY BE CAUSED BY FRONT WHEEL HUB BEARING CORROSION.

IF ANY TYPE OF GREASE OR LUBRICATION IS APPLIED TO THE BUSHINGS, IT MAY CREATE NOISE DUE TO BUSHING SLIPPAGE.

THE NOISE OCCURS AT APPROX. 12 - 25 MPH (20 - 40 KM/H) WHEN THE ROAD SURFACE IS WET OR AFTER A CAR WASH. THE NOISE BECOMES MORE NOTICEABLE WHEN DRIVING OVER HIGHER BUMPS. THE CREAKING NOISE IS CAUSED WHEN THE FRONT LOWER CONTROL ARM BUSHING(S) (A) BECOME WET.

THE NOISE OCCURS AT APPROX. 12 - 25 MPH (20 - 40 KM/H) WHEN THE ROAD SURFACE IS WET OR AFTER A CAR WASH. THE NOISE BECOMES MORE NOTICEABLE WHEN DRIVING OVER HIGHER BUMPS. THE CREAKING NOISE IS CAUSED WHEN THE FRONT LOWER CONTROL ARM BUSHING(S) (A) BECOME WET.

NOISE FOR SPECIFIC HIGH HUMIDITY AND WET CLIMATE CONDITIONS IN THE LOWER GULF STATES. THE SST WILL BE NEEDED TO COMPLETE REPAIRS DETAILED IN TSB 02-005/14 AND IS AVAILABLE THROUGH MAZDAS TOOL VENDOR, SNAP-ON TOOLS.

THIS MAY BE CAUSED BY FRONT WHEEL HUB BEARING CORROSION.

IF ANY TYPE OF GREASE OR LUBRICATION IS APPLIED TO THE BUSHINGS, IT MAY CREATE NOISE DUE TO BUSHING SLIPPAGE.

The following are possible causes of floor mat interference, which can be avoided with proper usage.

However, it is still important to remind customers about these precautions. Customers should never use inadequate, harsh or aggressive cleaning products on plastic parts. CAUTION: Be aware that when cleaning the brand emblem, never use cleaning products that are highly acidic/alkaline detergent, organic solvents or those with aggressive chemical products, otherwise, the brand emblem may become cracked and/or deformed (as shown in the example below). Always refer customers to the owners manual for proper cleaning using cold or lukewarm water and a mild, neutral detergent.

The following are possible causes of floor mat interference,which can be avoided with proper usage. Floor mat moves forward due to improper installation. Inappropriate floor mat (such as aftermarket, non-factory-equipped, or non-genuine) is used. Floor mat is stacked one on top of another.

The following are possible causes of floor mat interference, which can be avoided with proper usage. Floor mat moves forward due to improper installation. Inappropriate floor mat (such as aftermarket, non-factory-equipped, or non-genuine) is used. Floor mat is stacked one on top of another. Use these points at your dealership to protect our mutual operations and to help ensure our customers' safety.

THE FOLLOWING ARE POSSIBLE CAUSES OF FLOOR MAT INTERFERENCE, WHICH CAN BE AVOIDED WITH PROPER USAGE. FLOOR MAT MOVES FORWARD DUE TO IMPROPER INSTALLATION. INAPPROPRIATE FLOOR MAT (SUCH AS AFTERMARKET, NON-FACTORY-EQUIPPED, OR NON-GENUINE) IS USED. FLOOR MAT IS STACKED ONE ON TOP OF ANOTHER.

SEAT BACK SURFACE.CUSTOMERS HAVING THIS CONCERN SHOULD HAVE THEIR VEHICLE REPAIRED BY A QUALIFIED UPHOLSTERY REPAIR SPECIALIST USING THE FOLLOWING REPAIR PROCEDURE.THIS SERVICE BULLETIN IS ONLY FOR SUBLET REPAIR. A QUALIFIED UPHOLSTERY REPAIR SPECIALIST IS REQUIRED FOR THIS REPAIR PROCEDURE. PLEASE PRINT A COPY OF THIS BULLETIN FOR THE UPHOLSTERY REPAIR SPECIALIST.

SEAT BACK SURFACE.CUSTOMERS HAVING THIS CONCERN SHOULD HAVE THEIR VEHICLE REPAIRED BY A QUALIFIED UPHOLSTERY REPAIR SPECIALIST USING THE FOLLOWING REPAIR PROCEDURE.THIS SERVICE BULLETIN IS ONLY FOR SUBLET REPAIR. A QUALIFIED UPHOLSTERY REPAIR SPECIALIST IS REQUIRED FOR THIS REPAIR PROCEDURE. PLEASE PRINT A COPY OF THIS BULLETIN FOR THE UPHOLSTERY REPAIR SPECIALIST.

Gasoline containing ethanol is likely available at your local gasoline station. Typical blends of ethanol include E10 and E85. E10: A blend of 10% ethanol and 90% gasoline. E85: A blend of 85% ethanol and 15% gasoline All Mazda vehicles can run on gasoline containing up to 10% ethanol (E10) but only some 1999-2001 B3000 trucks can run on gasoline with more than 10% ethanol blended. E10 compatible vehicles: All Mazda vehicles. E85 compatible vehicles: 1999-2001 B3000 Mazda trucks with the 8th VIN digit is V.

Screen performance may be decreased until it cools. The warning message displays when the MAZDA CONNECT screen temperature is above 176 degrees Fahrenheit (80 degrees Celsius).

This concern may be caused by A/C refrigerant leaking from the evaporator at the joint between the tubes and the header due to improper brazing. To correct the problem, the configuration of the header has been changed to improve the brazing performance in this area.

Screen performance may be decreased until it cools. The warning message displays when the MAZDA CONNECT screen temperature is above 176 degrees Fahrenheit (80 degrees Celsius).

THIS CONCERN MAY BE CAUSED BY A/C REFRIGERANT LEAKING FROM THE EVAPORATOR. SOME DEFORMED EVAPORATOR TUBES SLIPPED THROUGH QUALITY INSPECTION AND WERE USED DURING PRODUCTION. A/C REFRIGERANT LEAKS FROM IMPROPER BRAZING AT A JOINT. TO CORRECT THE PROBLEM, THE PRODUCTION AND INSPECTION CONTROL OF THE EVAPORATOR HAVE BEEN IMPROVED.

DISPLAY (MID) INDICATES 0 WITH A CERTAIN AMOUNT OF FUEL REMAINING IN THE TANK.THIS MAY BE A NORMAL OPERATION OF THE FAIL-SAFE FUNCTION:1.IF FOREIGN MATERIAL (CONTAINED IN A POOR-QUALITY FUEL) ADHERES TO THE FUEL GAUGE SENDER UNIT, THE FAIL-SAFE FUNC-TION INITIATES BY FORCING THE FUEL GAUGE AND THE DISTANCE-TO-EMPTY TO INDICATE ZERO FUEL AMOUNT.2.IMMEDIATELY AFTER THE FOREIGN MATERIAL IS DISLODGED BY SHAKING OF THE FUEL DURING DRIVING OR REFUELING, THE FUEL GAUGE WILL RETURN TO A NORMAL READING, BUT THE DISTANCE-TO-EMPTY WILL CONTINUE TO READ 0 UNTIL THE NEXT REFUEL-ING OF 3 US GALLONS (10 LITERS) OR MORE.TO CORRECT THE PROBLEM THE FOLLOWING CHANGE HAS BEEN MADE:1.THERE IS NO MASS-PRODUCTION CHANGE TO PREVENT ADHESION OF FOREIGN MATERIAL TO THE FUEL GAUGE SENDER UNIT. SO THE FACT REMAINS UNCHANGED THAT THE FUEL GAUGE AND THE DISTANCE-TO-EMPTY INDICATE ZERO FUEL AMOUNT WHEN FOREIGN MATERIAL ADHERES TO THE FUEL GAUGE SENDER UNIT, AND THE FAIL-SAFE FUNCTION INITIATES.2.TO EQUALIZE THE RECOVERY TIMING FROM THE FAIL-SAFE MODE, THE LOGIC HAS BEEN CHANGED SO THAT THE DISTANCE-TO-EMPTY RECOVERS FROM 0 TO A NORMAL READING IMMEDIATELY AFTER THE FOREIGN MATERIAL IS DISLODGED (AT THE SAME TIME AS THE FUEL GAUGE).

DISPLAY (MID) INDICATES 0 WITH A CERTAIN AMOUNT OF FUEL REMAINING IN THE TANK.THIS MAY BE A NORMAL OPERATION OF THE FAIL-SAFE FUNCTION:1.IF FOREIGN MATERIAL (CONTAINED IN A POOR-QUALITY FUEL) ADHERES TO THE FUEL GAUGE SENDER UNIT, THE FAIL-SAFE FUNC-TION INITIATES BY FORCING THE FUEL GAUGE AND THE DISTANCE-TO-EMPTY TO INDICATE ZERO FUEL AMOUNT.2.IMMEDIATELY AFTER THE FOREIGN MATERIAL IS DISLODGED BY SHAKING OF THE FUEL DURING DRIVING OR REFUELING, THE FUEL GAUGE WILL RETURN TO A NORMAL READING, BUT THE DISTANCE-TO-EMPTY WILL CONTINUE TO READ 0 UNTIL THE NEXT REFUEL-ING OF 3 US GALLONS (10 LITERS) OR MORE.TO CORRECT THE PROBLEM THE FOLLOWING CHANGE HAS BEEN MADE:1.THERE IS NO MASS-PRODUCTION CHANGE TO PREVENT ADHESION OF FOREIGN MATERIAL TO THE FUEL GAUGE SENDER UNIT. SO THE FACT REMAINS UNCHANGED THAT THE FUEL GAUGE AND THE DISTANCE-TO-EMPTY INDICATE ZERO FUEL AMOUNT WHEN FOREIGN MATERIAL ADHERES TO THE FUEL GAUGE SENDER UNIT, AND THE FAIL-SAFE FUNCTION INITIATES.2.TO EQUALIZE THE RECOVERY TIMING FROM THE FAIL-SAFE MODE, THE LOGIC HAS BEEN CHANGED SO THAT THE DISTANCE-TO-EMPTY RECOVERS FROM 0 TO A NORMAL READING IMMEDIATELY AFTER THE FOREIGN MATERIAL IS DISLODGED (AT THE SAME TIME AS THE FUEL GAUGE).

THIS CON-CERN MAY BE CAUSED BY A/C REFRIGERANT LEAKING FROM THE EVAPORATOR. SOME DEFORMED EVAPORATOR TUBES SLIPPED THROUGH QUALITY INSPECTION AND WERE USED DURING PRODUCTION. A/C REFRIGERANT LEAKS FROM IMPROPER BRAZING AT A JOINT. TO CORRECT THE PROBLEM, THE PRODUCTION AND INSPECTION CONTROL OF THE EVAPORATOR HAVE BEEN IMPROVED.

INSTEAD, THE WORKSHOP MANUAL EVAP SYSTEM LEAK INSPECTION USING EVAP LEAK TESTER WILL BE USED TO TROUBLESHOOT EVAP SYSTEM LEAKS.

be wet.

be wet.

be wet.

This includes the use of intermediate positions.

WHEN WEIGHT IS APPLIED TO THE SEAT, PART OF THE HEATER ELEMENT WIRE MAY COME OUT OF POSITION AND BECOME BENT. UNDER REPEATED STRESS, THE WIRE MAY BREAK CAUSING AN INOPERATIVE SEAT WARMER CONDITION. AN ADDITIONAL ADHESION TREATMENT HAS BEEN APPLIED TO ELIMINATE THE HEATER ELEMENT WIRE FROM COMING OUT OF THE POSITION.

WHEN WEIGHT IS APPLIED TO THE SEAT, PART OF THE HEATER ELEMENT WIRE MAY COME OUT OF POSITION AND BECOME BENT. UNDER REPEATED STRESS, THE WIRE MAY BREAK CAUSING AN INOPERATIVE SEAT WARMER CONDITION.

DISPLAY IS BLANK.THE CLOCK DISPLAY FREEZES.THE CLOCK DISPLAYS A WRONG TIME.INTERNAL FAILURE OF THE CLIMATE CONTROL UNIT MAY BE THE CAUSE.

THIS INCLUDES THE USE OF INTERMEDIATE POSITIONS.

This may be caused by a loose spare tire jack.

This applies to all service shops (including Mazda dealerships) in California effective September 1, 2010.

THE VEHICLE CAN SLIP OFF THE JACK AND SERI-OUSLY INJURE SOMEONE. IN THIS SERVICE INFORMATION, SOME IMPORTANT WARNINGS AND CAUTIONS HAVE BEEN TAKEN FROM THE OWNERS MANUAL. FOR MAZDA CUSTOMERS WHO HAVE QUESTIONS ABOUT SAFELY LIFTING THEIR VEHICLE TO CHANGE A FLAT TIRE OR TO INSTALL SNOW CHAINS, PLEASE PROVIDE A COPY OF THE ATTACHED HANDOUT FOR THEM. ALSO, BE SURE TO ALWAYS DIRECT CUSTOMERS TO FOL-LOW THE DIRECTIONS IN THE OWNER'S MANUAL.

THIS MAY BE CAUSED BY A LOOSE SPARE TIRE JACK.

uninstall IDS 114 and install IDS 113.00 and 113.06 update. The Recall can be performed after removing IDS 114 and installing IDS 113. This SA will be updated when more information is available.

Upgrade your PCs to IDS version 107.00 and 107.01 from the previous version.

Standard Deployment is for Mexico spec vehicles and Two-Step Deployment is for US and Canadian spec vehicles.