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 ROUTING OF THE THROTTLE KICKDOWN CABLE COULD ALLOW CHAFING TO OCCUR BETWEEN THE CABLE AND ANY ONE OF THREE STEEL BRAKE FLUID LINES NEAR THE VALVE BLOCK OF THE HYDRAULIC BRAKE UNIT.
UNDER CERTAIN CONDITIONS, A REVERSE CURRENT MIGHT FLOW THROUGH A WIRE CABLE BETWEEN THE AIR RECIRCULATION SWITCH AND A MICROSWITCH.
FUEL FILTER MAY NOT MEET THE SPECIFICATION CONCERNING LEAKAGE CRITERIA DUE TO LOW TEMPERATURE DURING THE GLUING PROCESS.
FUEL FILTER MAY NOT MEET THE SPECIFICATION CONCERNING LEAKAGE CRITERIA DUE TO LOW TEMPERATURE DURING THE GLUING PROCESS.
WIRING HARNESS MAY CHAFE AGAINST SHARP EDGES UNDER THE DASHBOARD AND AGAINST A SUPPORT UNDER THE REAR SEAT (1988 MODELS ONLY).
WIRING HARNESS MAY CHAFE AGAINST SHARP EDGES UNDER THE DASHBOARD AND AGAINST A SUPPORT UNDER THE REAR SEAT (1988 MODELS ONLY).
BOLTS USED IN THE ATTACHMENTS OF THE FRONT SUSPENSION SYSTEM CONTROL ARMS MAY BE DEFECTIVE.
THE BALL CHAIN BETWEEN THE CRUISE CONTROL VACUUM REGULATOR AND THE ACCELERATOR PEDAL ARM MAY CATCH ON THE VACUUM REGULATOR ATTACHMENT CLIP.
THE FUEL HOSE BETWEEN THE PRESSURE REGULATOR AND THE INJECTOR FUEL RAIL MAY RUPTURE DUE TO STRESS.
THE FUEL HOSE BETWEEN THE PRESSURE REGULATOR AND THE INJECTOR FUEL RAIL MAY RUPTURE DUE TO STRESS.
THE WIRING HARNESS MAY CHAFE AGAINST THE WINDSHIELD WIPER MOTOR BRACKET. CONSEQUENCE OF DEFECT: IF A SHORT CIRCUIT DEVELOPS, IT COULD RESULT IN A FIRE.
THE BOLT IN THE UPPER STEERING COLUMN U-JOINT CLAMP MAY HAVE BEEN OVER TORQUED AND MAY BREAK. CONSEQUENCE OF DEFECT: A BROKEN U-JOINT CLAMP MAY ALLOW THE STEERING SHAFT TO PULL OUT OF THE JOINT AND RESULT IN LOSS OF STEERING CONTROL AND POSSIBLY AN ACCIDENT.
THE FLEXIBLE FUEL HOSE MAY HAVE BEEN TURNED OUT OF ITS NORMAL POSITION AND HAVE A SHARP BEND OR TWIST NEAR ONE OF ITS FITTINGS. CONSEQUENCE OF DEFECT: THIS COULD LEAD TO HOSE RUPTURE, FUEL LEAKAGE, AND POSSIBLY A FIRE.
THE ELECTRICAL CABLE BETWEEN THE STARTER AND THE ALTERNATOR CAN RUB AGAINST THE BRAKE FLUID PIPE ATTACHED TO THE LEFT INNER WHEELHOUSE IN THE ENGINE COMPARTMENT. CONSEQUENCE OF DEFECT: RUBBING WILL EVENTUALLY DAMAGE THE CABLE INSULATION AND RESULT IN A SHORT CIRCUIT WHICH MAY CAUSE A FIRE.
POOR ELECTRICAL CONNECTION AT THE FUEL GAUGE TRANSMITTER MAY RESULT IN A STOPPAGE OF THE FUEL PUMP AND ENGINE STALLING. IN EXTREME CASES, FUEL VAPOR MAY LEAK FROM THE FUEL TANK.
POOR ELECTRICAL CONNECTION AT THE FUEL GAUGE TRANSMITTER MAY RESULT IN A STOPPAGE OF THE FUEL PUMP AND ENGINE STALLING. IN EXTREME CASES, FUEL VAPOR MAY LEAK FROM THE FUEL TANK.
THE ELECTRICAL CABLE BETWEEN THE STARTER AND THE ALTERNATOR MAY RUB AGAINST A BRAKE LINE THAT IS ATTACHED TO THE WHEEL WELL ON THE LEFT SIDE OF THE ENGINE COMPARTMENT.
A PROBLEM RELATING TO THE FRONT EXHAUST PIPE BRACKET ATTACHMENT COULD CAUSE LEAKING OF TRANSMISSION OIL. TRANSMISSION COULD LOCK UP DUE TO LACK OF PROPER OIL LUBRICATION.
A PROBLEM RELATING TO THE FRONT EXHAUST PIPE BRACKET ATTACHMENT COULD CAUSE LEAKING OF TRANSMISSION OIL. TRANSMISSION COULD LOCK UP DUE TO LACK OF PROPER OIL LUBRICATION.
A PROBLEM RELATING TO THE FRONT EXHAUST PIPE BRACKET ATTACHMENT COULD CAUSE LEAKING OF TRANSMISSION OIL. TRANSMISSION COULD LOCK UP DUE TO LACK OF PROPER OIL LUBRICATION.
THERE MAY BE AN INSUFFICIENT PERMANENT LUBRICATION IN THE BUCKLE/RELEASE MECHANISM OF THE TYPE 2 SEAT BELT ASSEMBLIES. THIS MAY CAUSE FRONT SEAT OCCUPANTS TO HAVE DIFFICULTY IN FULLY FASTENING SEAT BELTS, ALTHOUGH THEY MAY SEEM TO BE FULLY FASTENED.
THE POSSIBILITY EXISTS THAT THE MOUNTING COLLAR FOR THE ELECTRIC FUEL PUMP, SUBMERGED IN THE FUEL, COULD PARTIALLY DETACH FROM THE TOP OF THE TANK AND CAUSE A FUEL LEAK.
THE POSSIBILITY EXISTS THAT THE MOUNTING COLLAR FOR THE ELECTRIC FUEL PUMP, SUBMERGED IN THE FUEL, COULD PARTIALLY DETACH FROM THE TOP OF THE TANK AND CAUSE A FUEL LEAK.
THE INSULATION OF THE POSITIVE BATTERY CABLE MAY POSSIBLY MELT OR BECOME BRITTLE DUE TO THE HIGH TEMPERATURES WHICH MAY BE GENERATED IN THE VICINITY OF THE CABLE.
UNDER CERTAIN CONDITIONS SUCH AS AMBIENT HUMIDITY AND VEHICLE PRE-CONDITIONING BY REPEATED COLD START, AND SHORT TRIP DRIVING CYCLES IN COMBINATION WITH SUB-ZERO TEMPERATURES, THERE EXISTS THE POSSIBILITY FOR ICE TO FORM IN THE THROTTLE HOUSING AND TEMPORARILY IMPEDE FULL CLOSURE OF THE THROTTLE PLATE WHEN THE ACCELERATOR IS RELEASED. THIS ICE BUILD-UP IN THE THROTTLE HOUSING MAY CAUSE HESITATION IN VEHICLE DECELERATION AND INCREASED STOPPING DISTANCES.
UNDER CERTAIN CONDITIONS SUCH AS AMBIENT HUMIDITY AND VEHICLE PRE-CONDITIONING BY REPEATED COLD START, AND SHORT TRIP DRIVING CYCLES IN COMBINATION WITH SUB-ZERO TEMPERATURES, THERE EXISTS THE POSSIBILITY FOR ICE TO FORM IN THE THROTTLE HOUSING AND TEMPORARILY IMPEDE FULL CLOSURE OF THE THROTTLE PLATE WHEN THE ACCELERATOR IS RELEASED. THIS ICE BUILD-UP IN THE THROTTLE HOUSING MAY CAUSE HESITATION IN VEHICLE DECELERATION AND INCREASED STOPPING DISTANCES.
UNDER CERTAIN CONDITIONS SUCH AS AMBIENT HUMIDITY AND VEHICLE PRE-CONDITIONING BY REPEATED COLD START, AND SHORT TRIP DRIVING CYCLES IN COMBINATION WITH SUB-ZERO TEMPERATURES, THERE EXISTS THE POSSIBILITY FOR ICE TO FORM IN THE THROTTLE HOUSING AND TEMPORARILY IMPEDE FULL CLOSURE OF THE THROTTLE PLATE WHEN THE ACCELERATOR IS RELEASED. THIS ICE BUILD-UP IN THE THROTTLE HOUSING MAY CAUSE HESITATION IN VEHICLE DECELERATION AND INCREASED STOPPING DISTANCES.
UNDER CERTAIN CONDITIONS SUCH AS AMBIENT HUMIDITY AND VEHICLE PRE-CONDITIONING BY REPEATED COLD START, AND SHORT TRIP DRIVING CYCLES IN COMBINATION WITH SUB-ZERO TEMPERATURES, THERE EXISTS THE POSSIBILITY FOR ICE TO FORM IN THE THROTTLE HOUSING AND TEMPORARILY IMPEDE FULL CLOSURE OF THE THROTTLE PLATE WHEN THE ACCELERATOR IS RELEASED. THIS ICE BUILD-UP IN THE THROTTLE HOUSING MAY CAUSE HESITATION IN VEHICLE DECELERATION AND INCREASED STOPPING DISTANCES.
UNDER CERTAIN CONDITIONS SUCH AS AMBIENT HUMIDITY AND VEHICLE PRE-CONDITIONING BY REPEATED COLD START, AND SHORT TRIP DRIVING CYCLES IN COMBINATION WITH SUB-ZERO TEMPERATURES, THERE EXISTS THE POSSIBILITY FOR ICE TO FORM IN THE THROTTLE HOUSING AND TEMPORARILY IMPEDE FULL CLOSURE OF THE THROTTLE PLATE WHEN THE ACCELERATOR IS RELEASED. THIS ICE BUILD-UP IN THE THROTTLE HOUSING MAY CAUSE HESITATION IN VEHICLE DECELERATION AND INCREASED STOPPING DISTANCES.
UNDER CERTAIN CONDITIONS SUCH AS AMBIENT HUMIDITY AND VEHICLE PRE-CONDITIONING BY REPEATED COLD START, AND SHORT TRIP DRIVING CYCLES IN COMBINATION WITH SUB-ZERO TEMPERATURES, THERE EXISTS THE POSSIBILITY FOR ICE TO FORM IN THE THROTTLE HOUSING AND TEMPORARILY IMPEDE FULL CLOSURE OF THE THROTTLE PLATE WHEN THE ACCELERATOR IS RELEASED. THIS ICE BUILD-UP IN THE THROTTLE HOUSING MAY CAUSE HESITATION IN VEHICLE DECELERATION AND INCREASED STOPPING DISTANCES.
