Just What Is a Car Recall? Car Safety Recall Definition - A safety recall is an automotive manufacturer's way of notifying vehicle customers that their product has a flaw. The automobile problem is serious enough that if you do not correct the flaw your and/or your passengers' safety could be at risk. Generally recalls are initiated by the US Government, but sometimes individual car manufacturers will pre-emptively initiate a recall.
Where Do I Find My VIN (Vehicle Identification Number)? Look on the lower left of your car’s windshield for your 17-digit Vehicle Identification Number (VIN). Your VIN is also located on your car’s registration card, and it may be shown on your insurance card.
Auto Tip - How Do I Find Out If My Vehicle Has A Recall? ==> An easy way to determine if you have an active car recall is to just enter your VIN number at the top of this page and CarFax will report if there are any issues at all with your vehicle.
THIS IS A MANUFACTURERS NOTICE TO ADVISE OWNERS OF PROPER VEHICLE OPERATION. THE PARKING GEAR MAY NOT BE SECURELY ENGAGED AFTER THE OPERATOR HAS ATTEMPTED TO SHIFT TO PARK. THE VEHICLE MAY APPEAR TO BE IN PARK THOUGH ACTUALLY IN REVERSE. THIS COULD ALLOW THE VEHICLE TO MOVE UNEXPECTEDLY.
THIS IS A MANUFACTURERS NOTICE TO ADVISE OWNERS OF PROPER VEHICLE OPERATION. THE PARKING GEAR MAY NOT BE SECURELY ENGAGED AFTER THE OPERATOR HAS ATTEMPTED TO SHIFT TO PARK. THE VEHICLE MAY APPEAR TO BE IN PARK THOUGH ACTUALLY IN REVERSE. THIS COULD ALLOW THE VEHICLE TO MOVE UNEXPECTEDLY.
THIS IS A MANUFACTURERS NOTICE TO ADVISE OWNERS OF PROPER VEHICLE OPERATION. THE PARKING GEAR MAY NOT BE SECURELY ENGAGED AFTER THE OPERATOR HAS ATTEMPTED TO SHIFT TO PARK. THE VEHICLE MAY APPEAR TO BE IN PARK THOUGH ACTUALLY IN REVERSE. THIS COULD ALLOW THE VEHICLE TO MOVE UNEXPECTEDLY.
THIS IS A MANUFACTURERS NOTICE TO ADVISE OWNERS OF PROPER VEHICLE OPERATION. THE PARKING GEAR MAY NOT BE SECURELY ENGAGED AFTER THE OPERATOR HAS ATTEMPTED TO SHIFT TO PARK. THE VEHICLE MAY APPEAR TO BE IN PARK THOUGH ACTUALLY IN REVERSE. THIS COULD ALLOW THE VEHICLE TO MOVE UNEXPECTEDLY.
THIS IS A MANUFACTURERS NOTICE TO ADVISE OWNERS OF PROPER VEHICLE OPERATION. THE PARKING GEAR MAY NOT BE SECURELY ENGAGED AFTER THE OPERATOR HAS ATTEMPTED TO SHIFT TO PARK. THE VEHICLE MAY APPEAR TO BE IN PARK THOUGH ACTUALLY IN REVERSE. THIS COULD ALLOW THE VEHICLE TO MOVE UNEXPECTEDLY.
THIS IS A MANUFACTURERS NOTICE TO ADVISE OWNERS OF PROPER VEHICLE OPERATION. THE PARKING GEAR MAY NOT BE SECURELY ENGAGED AFTER THE OPERATOR HAS ATTEMPTED TO SHIFT TO PARK. THE VEHICLE MAY APPEAR TO BE IN PARK THOUGH ACTUALLY IN REVERSE. THIS COULD ALLOW THE VEHICLE TO MOVE UNEXPECTEDLY.
THIS IS A MANUFACTURERS NOTICE TO ADVISE OWNERS OF PROPER VEHICLE OPERATION. THE PARKING GEAR MAY NOT BE SECURELY ENGAGED AFTER THE OPERATOR HAS ATTEMPTED TO SHIFT TO PARK. THE VEHICLE MAY APPEAR TO BE IN PARK THOUGH ACTUALLY IN REVERSE. THIS COULD ALLOW THE VEHICLE TO MOVE UNEXPECTEDLY.
THIS IS A MANUFACTURERS NOTICE TO ADVISE OWNERS OF PROPER VEHICLE OPERATION. THE PARKING GEAR MAY NOT BE SECURELY ENGAGED AFTER THE OPERATOR HAS ATTEMPTED TO SHIFT TO PARK. THE VEHICLE MAY APPEAR TO BE IN PARK THOUGH ACTUALLY IN REVERSE. THIS COULD ALLOW THE VEHICLE TO MOVE UNEXPECTEDLY.
THIS IS A MANUFACTURERS NOTICE TO ADVISE OWNERS OF PROPER VEHICLE OPERATION. THE PARKING GEAR MAY NOT BE SECURELY ENGAGED AFTER THE OPERATOR HAS ATTEMPTED TO SHIFT TO PARK. THE VEHICLE MAY APPEAR TO BE IN PARK THOUGH ACTUALLY IN REVERSE. THIS COULD ALLOW THE VEHICLE TO MOVE UNEXPECTEDLY.
SOME OF THE SUBJECT VEHICLES MAY HAVE BEEN BUILT WITH FRONT WHEEL BRAKE HOSES THAT ARE TOO LONG. THIS MAY MAKE IT POSSIBLE FOR THE BRAKE HOSE TO CONTACT A FRONT TIRE DURING A FULL LEFT OR RIGHT TURN, WHICH COULD RESULT IN CHAFING OF THE BRAKE HOSE AND SUBSEQUENT BRAKE FLUID LEAKAGE.
SOME OF THE SUBJECT VEHICLES MAY HAVE BEEN BUILT WITH FRONT WHEEL BRAKE HOSES THAT ARE TOO LONG. THIS MAY MAKE IT POSSIBLE FOR THE BRAKE HOSE TO CONTACT A FRONT TIRE DURING A FULL LEFT OR RIGHT TURN, WHICH COULD RESULT IN CHAFING OF THE BRAKE HOSE AND SUBSEQUENT BRAKE FLUID LEAKAGE.
ON SOME OF THE INVOLVED VEHICLES, THE BRAKE PUSHROD TO BRAKE PEDAL RETAINING PINS MAY BE MISSING OR LOOSE. INSECURELY INSTALLED OR MISSING RETAINERS COULD RESULT IN DISENGAGEMENT OF THE BRAKE PUSHROD AND TOTAL LOSS OF SERVICE BRAKING.
SOME OF THE INVOLVED VEHICLES HAVE ELECTRICAL RELAY SYSTEMS WHICH MAY BE SUSCEPTIBLE TO WATER LEAKAGE INTO THE RELAY CASE. WATER ENTRY MAY CAUSE A SHORT CIRCUIT WITHIN THE RELAY.
DURING A CHANGE IN ASSEMBLY PROCEDURES, CERTAIN OF THE MID-SHIP FUEL TANK STRAPS MAY HAVE BEEN IMPROPERLY INSTALLED OR MISLOCATED. AS A RESULT, THEY FAIL TO CONFORM TO FEDERAL MOTOR VEHICLE SAFETY STANDARD NO. 301, FUEL SYSTEM INTEGRITY. IN THE EVENT OF A COLLISION, EXCESSIVE FUEL SPILLAGE MAY OCCUR.
DURING A CHANGE IN ASSEMBLY PROCEDURES, CERTAIN OF THE MID-SHIP FUEL TANK STRAPS MAY HAVE BEEN IMPROPERLY INSTALLED OR MISLOCATED. AS A RESULT, THEY FAIL TO CONFORM TO FEDERAL MOTOR VEHICLE SAFETY STANDARD NO. 301, FUEL SYSTEM INTEGRITY. IN THE EVENT OF A COLLISION, EXCESSIVE FUEL SPILLAGE MAY OCCUR.
DURING A CHANGE IN ASSEMBLY PROCEDURES, CERTAIN OF THE MID-SHIP FUEL TANK STRAPS MAY HAVE BEEN IMPROPERLY INSTALLED OR MISLOCATED. AS A RESULT, THEY FAIL TO CONFORM TO FEDERAL MOTOR VEHICLE SAFETY STANDARD NO. 301, FUEL SYSTEM INTEGRITY. IN THE EVENT OF A COLLISION, EXCESSIVE FUEL SPILLAGE MAY OCCUR.
DURING A CHANGE IN ASSEMBLY PROCEDURES, CERTAIN OF THE MID-SHIP FUEL TANK STRAPS MAY HAVE BEEN IMPROPERLY INSTALLED OR MISLOCATED. AS A RESULT, THEY FAIL TO CONFORM TO FEDERAL MOTOR VEHICLE SAFETY STANDARD NO. 301, FUEL SYSTEM INTEGRITY. IN THE EVENT OF A COLLISION, EXCESSIVE FUEL SPILLAGE MAY OCCUR.
SOME OF THE FLEXIBLE FIVE-BLADE ENGINE COOLING FANS MAY BE SUBJECT TO HIGH BLADE STRESSES THAT CAN RESULT FROM RESONANT VIBRATION INPUTS OCCURRING DURING NORMAL VEHICLE OPERATION. THIS CAN RESULT IN THE BLADES CRACKING DUE TO FATIGUE, AND PORTIONS OF THE BLADE MAY SEPARATE FROM THE FAN ASSEMBLY WITHOUT PRIOR WARNING.
SOME OF THE FLEXIBLE FIVE-BLADE ENGINE COOLING FANS MAY BE SUBJECT TO HIGH BLADE STRESSES THAT CAN RESULT FROM RESONANT VIBRATION INPUTS OCCURRING DURING NORMAL VEHICLE OPERATION. THIS CAN RESULT IN THE BLADES CRACKING DUE TO FATIGUE, AND PORTIONS OF THE BLADE MAY SEPARATE FROM THE FAN ASSEMBLY WITHOUT PRIOR WARNING.
SOME OF THE FLEXIBLE FIVE-BLADE ENGINE COOLING FANS MAY BE SUBJECT TO HIGH BLADE STRESSES THAT CAN RESULT FROM RESONANT VIBRATION INPUTS OCCURRING DURING NORMAL VEHICLE OPERATION. THIS CAN RESULT IN THE BLADES CRACKING DUE TO FATIGUE, AND PORTIONS OF THE BLADE MAY SEPARATE FROM THE FAN ASSEMBLY WITHOUT PRIOR WARNING.
SOME OF THE FLEXIBLE FIVE-BLADE ENGINE COOLING FANS MAY BE SUBJECT TO HIGH BLADE STRESSES THAT CAN RESULT FROM RESONANT VIBRATION INPUTS OCCURRING DURING NORMAL VEHICLE OPERATION. THIS CAN RESULT IN THE BLADES CRACKING DUE TO FATIGUE, AND PORTIONS OF THE BLADE MAY SEPARATE FROM THE FAN ASSEMBLY WITHOUT PRIOR WARNING.
SOME OF THE FLEXIBLE FIVE-BLADE ENGINE COOLING FANS MAY BE SUBJECT TO HIGH BLADE STRESSES THAT CAN RESULT FROM RESONANT VIBRATION INPUTS OCCURRING DURING NORMAL VEHICLE OPERATION. THIS CAN RESULT IN THE BLADES CRACKING DUE TO FATIGUE, AND PORTIONS OF THE BLADE MAY SEPARATE FROM THE FAN ASSEMBLY WITHOUT PRIOR WARNING.
SOME OF THE FLEXIBLE FIVE-BLADE ENGINE COOLING FANS MAY BE SUBJECT TO HIGH BLADE STRESSES THAT CAN RESULT FROM RESONANT VIBRATION INPUTS OCCURRING DURING NORMAL VEHICLE OPERATION. THIS CAN RESULT IN THE BLADES CRACKING DUE TO FATIGUE, AND PORTIONS OF THE BLADE MAY SEPARATE FROM THE FAN ASSEMBLY WITHOUT PRIOR WARNING.
SOME OF THE FLEXIBLE FIVE-BLADE ENGINE COOLING FANS MAY BE SUBJECT TO HIGH BLADE STRESSES THAT CAN RESULT FROM RESONANT VIBRATION INPUTS OCCURRING DURING NORMAL VEHICLE OPERATION. THIS CAN RESULT IN THE BLADES CRACKING DUE TO FATIGUE, AND PORTIONS OF THE BLADE MAY SEPARATE FROM THE FAN ASSEMBLY WITHOUT PRIOR WARNING.
SOME OF THE FLEXIBLE FIVE-BLADE ENGINE COOLING FANS MAY BE SUBJECT TO HIGH BLADE STRESSES THAT CAN RESULT FROM RESONANT VIBRATION INPUTS OCCURRING DURING NORMAL VEHICLE OPERATION. THIS CAN RESULT IN THE BLADES CRACKING DUE TO FATIGUE, AND PORTIONS OF THE BLADE MAY SEPARATE FROM THE FAN ASSEMBLY WITHOUT PRIOR WARNING.
SOME OF THE FLEXIBLE FIVE-BLADE ENGINE COOLING FANS MAY BE SUBJECT TO HIGH BLADE STRESSES THAT CAN RESULT FROM RESONANT VIBRATION INPUTS OCCURRING DURING NORMAL VEHICLE OPERATION. THIS CAN LEAD TO FATIGUE CRACKING OF THE BLADES. PORTIONS OF THE BLADE MAY SEPARATE FROM THE FAN ASSEMBLY WITHOUT PRIOR WARNING.
SOME OF THE FLEXIBLE FIVE-BLADE ENGINE COOLING FANS MAY BE SUBJECT TO HIGH BLADE STRESSES THAT CAN RESULT FROM RESONANT VIBRATION INPUTS OCCURRING DURING NORMAL VEHICLE OPERATION. THIS CAN LEAD TO FATIGUE CRACKING OF THE BLADES. PORTIONS OF THE BLADE MAY SEPARATE FROM THE FAN ASSEMBLY WITHOUT PRIOR WARNING.
ON CERTAIN VEHICLES, METAL FASTENERS THAT WERE USED TO SECURE THE CARPETING TO THE FLOOR PAN MAY HAVE ACCIDENTALLY PENETRATED THE TOP OF THE FUEL TANK. THIS WOULD RESULT IN A SLIGHT FUEL LEAK.
THE INVOLVED VEHICLES WERE PRODUCED WITHOUT SURLYN-COATED FOIL INSULATORS BETWEEN THE ISOLATOR AND BRACKET ASSEMBLIES AND THE REAR BUMPER REINFORCEMENTS. AN EPOXY COATING WAS ALSO OMITTED FROM THE BRACKET ASSEMBLIES. WHEN EXPOSED TO THE CORROSIVE ACTION OF ROAD SALT, THE ALUMINUM REAR BUMPER REINFORCEMENT COULD EXPERIENCE GALVONIC CORROSION AT THE ATTACHMENT SURFACES. THIS WOULD REDUCE THE STRENGTH OF THE REINFORCEMENTS AND COULD RESULT IN BUMPER SEPARATION.
SOME OF THE INVOLVED VEHICLES WERE PRODUCED WITH AN ENGINE COMPARTMENT WIRE ASSEMBLY THAT MAY HAVE BEEN ROUTED ABOVE THE AIR CONDITIONING SUCTION HOSE. THIS HOSE MAY PUSH UP ON THE WIRING HARNESS CAUSING IT TO CONTACT THE HOOD PROP ROD BRACKET ATTACHING BOLT. THIS COULD LEAD TO PENETRATION OR CHAFING OF THE WIRING INSULATION.
