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.
THE SHIFT SELECTOR REACTION SPRINGS MAY BE DEFORMED AS A RESULT OF IMPROPER INSTALLATION OF SELECTOR LEVERS DURING COLUMN BUILDUP. THUS THE LEVER MAY NOT BE ABLE TO BE MOVED INTO THE INSERT DETENTS LOCATED IN THE STEERING COLUMN ASSEMBLY. THIS COULD PREVENT THE PARK GEAR FROM BEING ENGAGED.
THE SHIFT SELECTOR REACTION SPRINGS MAY BE DEFORMED AS A RESULT OF IMPROPER INSTALLATION OF SELECTOR LEVERS DURING COLUMN BUILDUP. THUS THE LEVER MAY NOT BE ABLE TO BE MOVED INTO THE INSERT DETENTS LOCATED IN THE STEERING COLUMN ASSEMBLY. THIS COULD PREVENT THE PARK GEAR FROM BEING ENGAGED.
THE SHIFT SELECTOR REACTION SPRINGS MAY BE DEFORMED AS A RESULT OF IMPROPER INSTALLATION OF SELECTOR LEVERS DURING COLUMN BUILDUP. THUS THE LEVER MAY NOT BE ABLE TO BE MOVED INTO THE INSERT DETENTS LOCATED IN THE STEERING COLUMN ASSEMBLY. THIS COULD PREVENT THE PARK GEAR FROM BEING ENGAGED.
THE SHIFT SELECTOR REACTION SPRINGS MAY BE DEFORMED AS A RESULT OF IMPROPER INSTALLATION OF SELECTOR LEVERS DURING COLUMN BUILDUP. THUS THE LEVER MAY NOT BE ABLE TO BE MOVED INTO THE INSERT DETENTS LOCATED IN THE STEERING COLUMN ASSEMBLY. THIS COULD PREVENT THE PARK GEAR FROM BEING ENGAGED.
THE SHIFT SELECTOR REACTION SPRINGS MAY BE DEFORMED AS A RESULT OF IMPROPER INSTALLATION OF SELECTOR LEVERS DURING COLUMN BUILDUP. THUS THE LEVER MAY NOT BE ABLE TO BE MOVED INTO THE INSERT DETENTS LOCATED IN THE STEERING COLUMN ASSEMBLY. THIS COULD PREVENT THE PARK GEAR FROM BEING ENGAGED.
THE SHIFT SELECTOR REACTION SPRINGS MAY BE DEFORMED AS A RESULT OF IMPROPER INSTALLATION OF SELECTOR LEVERS DURING COLUMN BUILDUP. THUS THE LEVER MAY NOT BE ABLE TO BE MOVED INTO THE INSERT DETENTS LOCATED IN THE STEERING COLUMN ASSEMBLY. THIS COULD PREVENT THE PARK GEAR FROM BEING ENGAGED.
ON SOME OF THE INVOLVED VEHICLES THE STEERING COUPLING FLANGE MAY HAVE BEEN IMPROPERLY ASSEMBLED AND COULD LOOSEN DURING NORMAL VEHICLE OPERATION.
ON SOME OF THE INVOLVED VEHICLES THE STEERING COUPLING FLANGE MAY HAVE BEEN IMPROPERLY ASSEMBLED AND COULD LOOSEN DURING NORMAL VEHICLE OPERATION.
SOME OF THE STEEL WHEELS ON THE INVOLVED VEHICLES MAY HAVE BEEN IMPROPERLY MANUFACTURED. THESE WHEELS, OVER A PERIOD OF TIME, COULD CRACK IN THE WHEEL RIM AREA THROUGH NORMAL OPERATION, WITHOUT PRIOR WARNING.
SOME OF THE STEEL WHEELS ON THE INVOLVED VEHICLES MAY HAVE BEEN IMPROPERLY MANUFACTURED. THESE WHEELS, OVER A PERIOD OF TIME, COULD CRACK IN THE WHEEL RIM AREA THROUGH NORMAL OPERATION, WITHOUT PRIOR WARNING.
SOME OF THE STEEL WHEELS ON THE INVOLVED VEHICLES MAY HAVE BEEN IMPROPERLY MANUFACTURED. THESE WHEELS, OVER A PERIOD OF TIME, COULD CRACK IN THE WHEEL RIM AREA THROUGH NORMAL OPERATION, WITHOUT PRIOR WARNING.
THE WHEEL RIM DIAMETERS ON THESE VEHICLES MAY EXCEED DIMENSIONAL SPECIFICATIONS. THIS MAY CAUSE THE TIRES AND TUBES TO BE OVERSTRESSED DURING MOUNTING OR IMPROPERLY MOUNTED.
THE WHEEL RIM DIAMETERS ON THESE VEHICLES MAY EXCEED DIMENSIONAL SPECIFICATIONS. THIS MAY CAUSE THE TIRES AND TUBES TO BE OVERSTRESSED DURING MOUNTING OR IMPROPERLY MOUNTED.
BECAUSE OF ITS POSITION, THE WIRING ASSEMBLY MAY CHAFE AGAINST THE COWL-TO-BRAKE PEDAL SUPPORT BRACE WHICH IS LOCATED UNDER THE INSTRUMENT PANEL.
THE ENGINE COOLING FAN BLADES MAY CRACK FROM VIBRATIONAL MOTION. BLADE FRAGMENTS MAY SEPARATE WITHOUT PRIOR WARNING FROM A CRACKED BLADE WHILE THE VEHICLE IS IN OPERATION.
THE ENGINE COOLING FAN BLADES MAY CRACK FROM VIBRATIONAL MOTION. BLADE FRAGMENTS MAY SEPARATE WITHOUT PRIOR WARNING FROM A CRACKED BLADE WHILE THE VEHICLE IS IN OPERATION.
THE ENGINE COOLING FAN BLADES MAY CRACK FROM VIBRATIONAL MOTION. BLADE FRAGMENTS MAY SEPARATE WITHOUT PRIOR WARNING FROM A CRACKED BLADE WHILE THE VEHICLE IS IN OPERATION.
THE ENGINE COOLING FAN BLADES MAY CRACK FROM VIBRATIONAL MOTION. BLADE FRAGMENTS MAY SEPARATE WITHOUT PRIOR WARNING FROM A CRACKED BLADE WHILE THE VEHICLE IS IN OPERATION.
THE ENGINE COOLING FAN BLADES MAY CRACK FROM VIBRATIONAL MOTION. BLADE FRAGMENTS MAY SEPARATE WITHOUT PRIOR WARNING FROM A CRACKED BLADE WHILE THE VEHICLE IS IN OPERATION.
THE ENGINE COOLING FAN BLADES MAY CRACK FROM VIBRATIONAL MOTION. BLADE FRAGMENTS MAY SEPARATE WITHOUT PRIOR WARNING FROM A CRACKED BLADE WHILE THE VEHICLE IS IN OPERATION.
THE ENGINE COOLING FAN BLADES MAY CRACK FROM VIBRATIONAL MOTION. BLADE FRAGMENTS MAY SEPARATE WITHOUT PRIOR WARNING FROM A CRACKED BLADE WHILE THE VEHICLE IS IN OPERATION.
THE INVOLVED VEHICLES WERE BUILT WITH AFT-OF-AXLE FUEL TANKS WHICH WERE NOT AUTHORIZED BY LIGHT TRUCK ENGINEERING. AS A RESULT, THESE VEHICLES FAIL TO CONFORM TO FEDERAL MOTOR VEHICLE SAFETY STANDARD NO. 301, FUEL SYSTEM INTEGRITY, DUE TO POSSIBLE FUEL TANK LEAKAGE WHEN IMPACTED FROM THE REAR.
THE INVOLVED VEHICLES MAY CONTAIN AIR CONDITIONERS WHICH HAVE BLOWER MOTOR RESISTOR WIRES WHICH WERE IMPROPERLY ROUTED TOO CLOSE TO THE BLOWER HOUSING WALL. AS A RESULT, THE BLOWER MOTOR COULD BECOME JAMMED AND, IF THE BLOWER SWITCH IS IN EITHER THE MEDIUM OR LOW POSITION, THE POLYPROPYLENE BLOWER HOUSING COULD IGNITE.
THE INVOLVED VEHICLES ARE EQUIPPED WITH AIR CONDITIONING UNITS WHICH CONTAIN BLOWER MOTOR RESISTOR WIRES WHICH ARE IMPROPERLY POSITIONED. AS A RESULT, UNDER CERTAIN CONDITIONS THE POLYPROPYLENE CASE MATERIAL COULD BECOME OVERHEATED AND EVENTUALLY IGNITE, ESPECIALLY IF THE BLOWER MOTOR SWITCH IS IN THE LOW OR MEDIUM POSITION.
ON THE INVOLVED VEHICLES, THE MANUAL STEERING GEARS MAY CONTAIN STEERING GEAR RECIRCULATORY BALLS THAT COULD FRACTURE. THIS FRACTURING IS A RESULT OF IMPROPER HEAT-TREATMENT DURING MANUFACTURE AND CAN EVENTUALLY CAUSE INCREASED STEERING EFFORT.
ON THE INVOLVED VEHICLES, THE MANUAL STEERING GEARS MAY CONTAIN STEERING GEAR RECIRCULATORY BALLS THAT COULD FRACTURE. THIS FRACTURING IS A RESULT OF IMPROPER HEAT-TREATMENT DURING MANUFACTURE AND CAN EVENTUALLY CAUSE INCREASED STEERING EFFORT.
ON THE INVOLVED VEHICLES, THE MANUAL STEERING GEARS MAY CONTAIN STEERING GEAR RECIRCULATORY BALLS THAT COULD FRACTURE. THIS FRACTURING IS A RESULT OF IMPROPER HEAT-TREATMENT DURING MANUFACTURE AND CAN EVENTUALLY CAUSE INCREASED STEERING EFFORT.
ON THE INVOLVED VEHICLES, THE MANUAL STEERING GEARS MAY CONTAIN STEERING GEAR RECIRCULATORY BALLS THAT COULD FRACTURE. THIS FRACTURING IS A RESULT OF IMPROPER HEAT-TREATMENT DURING MANUFACTURE AND CAN EVENTUALLY CAUSE INCREASED STEERING EFFORT.
ON THE INVOLVED VEHICLES, THE MANUAL STEERING GEARS MAY CONTAIN STEERING GEAR RECIRCULATORY BALLS THAT COULD FRACTURE. THIS FRACTURING IS A RESULT OF IMPROPER HEAT-TREATMENT DURING MANUFACTURE AND CAN EVENTUALLY CAUSE INCREASED STEERING EFFORT.
ON THE INVOLVED VEHICLES, THE MANUAL STEERING GEARS MAY CONTAIN STEERING GEAR RECIRCULATORY BALLS THAT COULD FRACTURE. THIS FRACTURING IS A RESULT OF IMPROPER HEAT-TREATMENT DURING MANUFACTURE AND CAN EVENTUALLY CAUSE INCREASED STEERING EFFORT.
