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 AUTOMATIC SPEED CONTROL SWITCH MAY STICK IN THE RESUME POSITION RESTRICTING RETURN MOVEMENT. THIS WILL NOT ALLOW THE NORMAL BRAKE PEDAL OPERATION TO DEACTIVATE THE SYSTEM.
THE AUTOMATIC SPEED CONTROL SWITCH MAY STICK IN THE RESUME POSITION RESTRICTING RETURN MOVEMENT. THIS WILL NOT ALLOW THE NORMAL BRAKE PEDAL OPERATION TO DEACTIVATE THE SYSTEM.
THE STOP LAMP SWITCHES INSTALLED ON THE SUBJECT VEHICLES MAY HAVE INADEQUATE INTERNAL SWITCH CONTACT PRESSURE DUE TO AN INCORRECT FORMATION OF THE SWITCH CONTACT TERMINALS. THIS LACK OF SWITCH CONTACT CONTINUITY MAY RENDER THE (STOP) BRAKE WARNING LIGHTS INOPERATIVE.
ENGINE MAY LOSE POWER OR STALL DUE TO CARBURETOR FLOODING. THIS IS CAUSED BY A POOR ELECTRICAL GROUND ON THE CARBURETOR FUEL BOWL VENT SOLENOID. VEHICLES MAY ALSO HAVE DRIVEABILITY PROBLEMS WHILE THE ENGINE IS WARMING UP IN COLD WEATHER. THESE PROBLEMS INCLUDE ENGINE MISSING, SAGS, AND HESITATION. THIS IS CAUSED BY A STICKING CARBURETOR OXYGEN FEEDBACK SOLENOID.
ENGINE MAY LOSE POWER OR STALL DUE TO CARBURETOR FLOODING. THIS IS CAUSED BY A POOR ELECTRICAL GROUND ON THE CARBURETOR FUEL BOWL VENT SOLENOID. VEHICLES MAY ALSO HAVE DRIVEABILITY PROBLEMS WHILE THE ENGINE IS WARMING UP IN COLD WEATHER. THESE PROBLEMS INCLUDE ENGINE MISSING, SAGS, AND HESITATION. THIS IS CAUSED BY A STICKING CARBURETOR OXYGEN FEEDBACK SOLENOID.
ENGINE MAY LOSE POWER OR STALL DUE TO CARBURETOR FLOODING. THIS IS CAUSED BY A POOR ELECTRICAL GROUND ON THE CARBURETOR FUEL BOWL VENT SOLENOID. VEHICLES MAY ALSO HAVE DRIVEABILITY PROBLEMS WHILE THE ENGINE IS WARMING UP IN COLD WEATHER. THESE PROBLEMS INCLUDE ENGINE MISSING, SAGS, AND HESITATION. THIS IS CAUSED BY A STICKING CARBURETOR OXYGEN FEEDBACK SOLENOID.
BRAKE FLUID MAY CONTAIN AN EXCESSIVE AMOUNT OF WATER. THIS CAN CAUSE DEGRADATION OF BRAKING PERFORMANCE OR BRAKE FAILURE UNDER A VARIETY OF CIRCUMSTANCES.
CERTAIN VEHICLES EQUIPPED WITH OPTIONAL STEP TYPE REAR BUMPER AND A 22-GALLON STEEL FUEL TANK MAY NOT COMPLY WITH REAR IMPACT TEST REQUIREMENTS OF FEDERAL MOTOR VEHICLE SAFETY STANDARD NO. 301, FUEL SYSTEM INTEGRITY. IF THE VEHICLE IS INVOLVED IN A COLLISION, FUEL SPILLAGE COULD OCCUR.
CERTAIN VEHICLES EQUIPPED WITH OPTIONAL STEP TYPE REAR BUMPER AND A 22-GALLON STEEL FUEL TANK MAY NOT COMPLY WITH REAR IMPACT TEST REQUIREMENTS OF FEDERAL MOTOR VEHICLE SAFETY STANDARD NO. 301, FUEL SYSTEM INTEGRITY. IF THE VEHICLE IS INVOLVED IN A COLLISION, FUEL SPILLAGE COULD OCCUR.
THE ENGINE COMPARTMENT FUEL LINE HOSES INSTALLED ON CERTAIN VEHICLES WERE FABRICATED FROM A DEFECTIVE RUBBER COMPOUND. WHEN SUBJECTED TO CONTINUOUS HIGH UNDERHOOD TEMPERATURES, THESE HOSES MAY BECOME BRITTLE AND CRACK.
THE ENGINE COMPARTMENT FUEL LINE HOSES INSTALLED ON CERTAIN VEHICLES WERE FABRICATED FROM A DEFECTIVE RUBBER COMPOUND. WHEN SUBJECTED TO CONTINUOUS HIGH UNDERHOOD TEMPERATURES, THESE HOSES MAY BECOME BRITTLE AND CRACK.
THE HOOD SECONDARY LATCH ON THE INVOLVED VEHICLES MAY BE SUBJECT TO BINDING DUE TO VARIATIONS IN THE LATCH AND ITS MOUNTING BASE ASSEMBLY. A PROBLEM COULD OCCUR IF THE PRIMARY LATCH BECAME INOPERATIVE OR WAS NOT PROPERLY ENGAGED.
THE ALTERNATOR FIELD WIRING TERMINAL CONNECTIONS ON THE INVOLVED VEHICLES MAY LOOSEN DUE TO VIBRATION, POSSIBLY RESULTING IN AN OPEN CIRCUIT CONDITION. SHOULD THIS OCCUR, ALTERNATOR ELECTRICAL OUTPUT TO SUPPORT THE VEHICLES ELECTRICAL LOADS AND THE BATTERY CHARGING SYSTEM WOULD BE LOST. THIS WOULD EVENTUALLY RESULT IN OBVIOUS MALFUNCTIONS OF VARIOUS ELECTRICAL SYSTEMS (DIMMING OF LIGHTS, REDUCTION IN RADIO VOLUME, ETC.).
THE ALTERNATOR FIELD WIRING TERMINAL CONNECTIONS ON THE INVOLVED VEHICLES MAY LOOSEN DUE TO VIBRATION, POSSIBLY RESULTING IN AN OPEN CIRCUIT CONDITION. SHOULD THIS OCCUR, ALTERNATOR ELECTRICAL OUTPUT TO SUPPORT THE VEHICLES ELECTRICAL LOADS AND THE BATTERY CHARGING SYSTEM WOULD BE LOST. THIS WOULD EVENTUALLY RESULT IN OBVIOUS MALFUNCTIONS OF VARIOUS ELECTRICAL SYSTEMS (DIMMING OF LIGHTS, REDUCTION IN RADIO VOLUME, ETC.).
DUE TO A COMBINATION OF DISC BRAKE PAD WEAR AND TURN STOP WEAR ON CERTAIN VEHICLES, THERE MAY BE AN INCREASE IN BRAKE PEDAL TRAVEL AND A REDUCTION IN FRONT BRAKING EFFECTIVENESS FOLLOWING A FULL TURN. ALSO, A FRAME CRACK COULD DEVELOP AND COULD EXTEND THROUGH ALL OR MOST OF THE RAIL SECTION.
DUE TO A COMBINATION OF DISC BRAKE PAD WEAR AND TURN STOP WEAR ON CERTAIN VEHICLES, THERE MAY BE AN INCREASE IN BRAKE PEDAL TRAVEL AND A REDUCTION IN FRONT BRAKING EFFECTIVENESS FOLLOWING A FULL TURN. ALSO, A FRAME CRACK COULD DEVELOP AND COULD EXTEND THROUGH ALL OR MOST OF THE RAIL SECTION.
DUE TO A COMBINATION OF DISC BRAKE PAD WEAR AND TURN STOP WEAR ON CERTAIN VEHICLES, THERE MAY BE AN INCREASE IN BRAKE PEDAL TRAVEL AND A REDUCTION IN FRONT BRAKING EFFECTIVENESS FOLLOWING A FULL TURN. ALSO, A FRAME CRACK COULD DEVELOP AND COULD EXTEND THROUGH ALL OR MOST OF THE RAIL SECTION.
DUE TO A COMBINATION OF DISC BRAKE PAD WEAR AND TURN STOP WEAR ON CERTAIN VEHICLES, THERE MAY BE AN INCREASE IN BRAKE PEDAL TRAVEL AND A REDUCTION IN FRONT BRAKING EFFECTIVENESS FOLLOWING A FULL TURN. ALSO, A FRAME CRACK COULD DEVELOP AND COULD EXTEND THROUGH ALL OR MOST OF THE RAIL SECTION.
DUE TO A COMBINATION OF DISC BRAKE PAD WEAR AND TURN STOP WEAR ON CERTAIN VEHICLES, THERE MAY BE AN INCREASE IN BRAKE PEDAL TRAVEL AND A REDUCTION IN FRONT BRAKING EFFECTIVENESS FOLLOWING A FULL TURN. ALSO, A FRAME CRACK COULD DEVELOP AND COULD EXTEND THROUGH ALL OR MOST OF THE RAIL SECTION.
DUE TO A COMBINATION OF DISC BRAKE PAD WEAR AND TURN STOP WEAR ON CERTAIN VEHICLES, THERE MAY BE AN INCREASE IN BRAKE PEDAL TRAVEL AND A REDUCTION IN FRONT BRAKING EFFECTIVENESS FOLLOWING A FULL TURN. ALSO, A FRAME CRACK COULD DEVELOP AND COULD EXTEND THROUGH ALL OR MOST OF THE RAIL SECTION.
DUE TO A COMBINATION OF DISC BRAKE PAD WEAR AND TURN STOP WEAR ON CERTAIN VEHICLES, THERE MAY BE AN INCREASE IN BRAKE PEDAL TRAVEL AND A REDUCTION IN FRONT BRAKING EFFECTIVENESS FOLLOWING A FULL TURN. ALSO, A FRAME CRACK COULD DEVELOP AND COULD EXTEND THROUGH ALL OR MOST OF THE RAIL SECTION.
DUE TO A COMBINATION OF DISC BRAKE PAD WEAR AND TURN STOP WEAR ON CERTAIN VEHICLES, THERE MAY BE AN INCREASE IN BRAKE PEDAL TRAVEL AND A REDUCTION IN FRONT BRAKING EFFECTIVENESS FOLLOWING A FULL TURN. ALSO, A FRAME CRACK COULD DEVELOP AND COULD EXTEND THROUGH ALL OR MOST OF THE RAIL SECTION.
DUE TO A COMBINATION OF DISC BRAKE PAD WEAR AND TURN STOP WEAR ON CERTAIN VEHICLES, THERE MAY BE AN INCREASE IN BRAKE PEDAL TRAVEL AND A REDUCTION IN FRONT BRAKING EFFECTIVENESS FOLLOWING A FULL TURN. ALSO, A FRAME CRACK COULD DEVELOP AND COULD EXTEND THROUGH ALL OR MOST OF THE RAIL SECTION.
DUE TO A COMBINATION OF DISC BRAKE PAD WEAR AND TURN STOP WEAR ON CERTAIN VEHICLES, THERE MAY BE AN INCREASE IN BRAKE PEDAL TRAVEL AND A REDUCTION IN FRONT BRAKING EFFECTIVENESS FOLLOWING A FULL TURN. ALSO, A FRAME CRACK COULD DEVELOP AND COULD EXTEND THROUGH ALL OR MOST OF THE RAIL SECTION.
DUE TO A COMBINATION OF DISC BRAKE PAD WEAR AND TURN STOP WEAR ON CERTAIN VEHICLES, THERE MAY BE AN INCREASE IN BRAKE PEDAL TRAVEL AND A REDUCTION IN FRONT BRAKING EFFECTIVENESS FOLLOWING A FULL TURN. ALSO, A FRAME CRACK COULD DEVELOP AND COULD EXTEND THROUGH ALL OR MOST OF THE RAIL SECTION.
DUE TO A COMBINATION OF DISC BRAKE PAD WEAR AND TURN STOP WEAR ON CERTAIN VEHICLES, THERE MAY BE AN INCREASE IN BRAKE PEDAL TRAVEL AND A REDUCTION IN FRONT BRAKING EFFECTIVENESS FOLLOWING A FULL TURN. ALSO, A FRAME CRACK COULD DEVELOP AND COULD EXTEND THROUGH ALL OR MOST OF THE RAIL SECTION.
DUE TO A COMBINATION OF DISC BRAKE PAD WEAR AND TURN STOP WEAR ON CERTAIN VEHICLES, THERE MAY BE AN INCREASE IN BRAKE PEDAL TRAVEL AND A REDUCTION IN FRONT BRAKING EFFECTIVENESS FOLLOWING A FULL TURN. ALSO, A FRAME CRACK COULD DEVELOP AND COULD EXTEND THROUGH ALL OR MOST OF THE RAIL SECTION.
DUE TO A COMBINATION OF DISC BRAKE PAD WEAR AND TURN STOP WEAR ON CERTAIN VEHICLES, THERE MAY BE AN INCREASE IN BRAKE PEDAL TRAVEL AND A REDUCTION IN FRONT BRAKING EFFECTIVENESS FOLLOWING A FULL TURN. ALSO, A FRAME CRACK COULD DEVELOP AND COULD EXTEND THROUGH ALL OR MOST OF THE RAIL SECTION.
DUE TO A COMBINATION OF DISC BRAKE PAD WEAR AND TURN STOP WEAR ON CERTAIN VEHICLES, THERE MAY BE AN INCREASE IN BRAKE PEDAL TRAVEL AND A REDUCTION IN FRONT BRAKING EFFECTIVENESS FOLLOWING A FULL TURN. ALSO, A FRAME CRACK COULD DEVELOP AND COULD EXTEND THROUGH ALL OR MOST OF THE RAIL SECTION.
DUE TO A COMBINATION OF DISC BRAKE PAD WEAR AND TURN STOP WEAR ON CERTAIN VEHICLES, THERE MAY BE AN INCREASE IN BRAKE PEDAL TRAVEL AND A REDUCTION IN FRONT BRAKING EFFECTIVENESS FOLLOWING A FULL TURN. ALSO, A FRAME CRACK COULD DEVELOP AND COULD EXTEND THROUGH ALL OR MOST OF THE RAIL SECTION.
