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.
ON CERTAIN TRUCK-TRACTOR MODEL VEHICLES EQUIPPED WITH CONMET SIMPLEX STATIONARY OR SLIDING FIFTH-WHEEL, THE CLINCH PINS THAT RETAIN THE FIFTH-WHEEL PIVOT PINS MAY NOT BE FULLY INSTALLED.
VEHICLE DESCRIPTION: ALL VEHICLES EQUIPPED WITH EATON DRIVE AXLES AND AXILOK SPINDLE NUTS. THE DRIVE AXLE HOUSINGS CONSIST OF A PLATE STEEL CENTER SECTION AND TWO FORGED SPINDLES, ONE OF WHICH IS WELDED TO EACH END OF THE CENTER SECTION. EACH SPINDLE CONTAINS A KEYWAY SLOT IN WHICH THE LOCKING TAB FOR THE WHEEL BEARING NUT LOCKING MECHANISM IS INSERTED. THE LENGTH OF THE KEYWAY SLOT MAY NOT BE LONG ENOUGH TO ACCOMMODATE THE TAB CAUSING THE TAB TO BE DEFORMED OR DAMAGED DURING INSTALLATION.
FASTENERS THAT RETAIN THE BRAKE PEDAL TO THE PIVOT TUBE MAY NOT HAVE BEEN PROPERLY TORQUED.
STEERING ARM MAY FAIL IF USED ON EATON EFA12F4 FROM AXLE IN CONJUNCTION WITH ROSS HFB70 POWER STEERING GEAR.
STEERING ARM MAY FAIL IF USED ON EATON EFA12F4 FROM AXLE IN CONJUNCTION WITH ROSS HFB70 POWER STEERING GEAR.
STEERING ARM MAY FAIL IF USED ON EATON EFA12F4 FROM AXLE IN CONJUNCTION WITH ROSS HFB70 POWER STEERING GEAR.
STEERING ARM MAY FAIL IF USED ON EATON EFA12F4 FROM AXLE IN CONJUNCTION WITH ROSS HFB70 POWER STEERING GEAR.
STEERING ARM MAY FAIL IF USED ON EATON EFA12F4 FROM AXLE IN CONJUNCTION WITH ROSS HFB70 POWER STEERING GEAR.
THE HEATER/AIR CONDITIONER BLOWER MOTOR SPEED CONTROL RESISTORS CAN UNDER CERTAIN CONDITIONS OVERHEAT AND STALL.
THE HEATER/AIR CONDITIONER BLOWER MOTOR SPEED CONTROL RESISTORS CAN UNDER CERTAIN CONDITIONS OVERHEAT AND STALL.
FASTENER THAT CONNECTS THE HARNESS BELT D RING TO THE B PILLAR MAY NOT BE LONG ENOUGH TO PROVIDE FULL THREAD ENGAGEMENT WITH THE ANCHORAGE WELD NUT.
FASTENER THAT CONNECTS THE HARNESS BELT D RING TO THE B PILLAR MAY NOT BE LONG ENOUGH TO PROVIDE FULL THREAD ENGAGEMENT WITH THE ANCHORAGE WELD NUT.
FASTENER THAT CONNECTS THE HARNESS BELT D RING TO THE B PILLAR MAY NOT BE LONG ENOUGH TO PROVIDE FULL THREAD ENGAGEMENT WITH THE ANCHORAGE WELD NUT.
INCORRECT SIZE AIR BRAKE ACTUATOR CHAMBERS WERE INSTALLED ON THE DRIVE AXLES.
INCORRECT SIZE AIR BRAKE ACTUATOR CHAMBERS WERE INSTALLED ON THE DRIVE AXLES.
INCORRECT SIZE AIR BRAKE ACTUATOR CHAMBERS WERE INSTALLED ON THE DRIVE AXLES.
UNDER CERTAIN CONDITIONS, AN ELECTRICAL SHORT CIRCUIT CAN DEVELOP.
UNDER CERTAIN CONDITIONS, AN ELECTRICAL SHORT CIRCUIT CAN DEVELOP.
UNDER CERTAIN CONDITIONS, AN ELECTRICAL SHORT CIRCUIT CAN DEVELOP.
SEAT BELTS CAN LOOSEN AS THE TRUCK IS DRIVEN. CONSEQUENCE OF DEFECT: DRIVER AND PASSENGER WOULD NOT BE PROPERLY RESTRAINED IN EVENT OF A SUDDEN STOP OR CRASH.
SEAT BELTS CAN LOOSEN AS THE TRUCK IS DRIVEN. CONSEQUENCE OF DEFECT: DRIVER AND PASSENGER WOULD NOT BE PROPERLY RESTRAINED IN EVENT OF A SUDDEN STOP OR CRASH.
SEAT BELTS CAN LOOSEN AS THE TRUCK IS DRIVEN. CONSEQUENCE OF DEFECT: DRIVER AND PASSENGER WOULD NOT BE PROPERLY RESTRAINED IN EVENT OF A SUDDEN STOP OR CRASH.
SEAT BELTS CAN LOOSEN AS THE TRUCK IS DRIVEN. CONSEQUENCE OF DEFECT: DRIVER AND PASSENGER WOULD NOT BE PROPERLY RESTRAINED IN EVENT OF A SUDDEN STOP OR CRASH.
THE HANDHOLD MOUNTING SYSTEM, WHICH CONSISTS OF A TUBULAR HANDLE HELD IN THREE PLACES BY CAST ALUMINUM BRACKETS AND ATTACHED TO THE ENGINE EXHAUST MUFFLER HEAT SHIELD. VIBRATION FROM THIS SYSTEM CAUSES THE HANDHOLD PARTS TO WEAR. CONSEQUENCE OF DEFECT: IF THE PARTS WEAR THIN THE POSSIBILITY EXISTS THAT THE HANDHOLD MIGHT GIVE WAY UNDER THE WEIGHT OF A DRIVER. THIS COULD RESULT IN PERSONAL INJURY.
THE HANDHOLD MOUNTING SYSTEM, WHICH CONSISTS OF A TUBULAR HANDLE HELD IN THREE PLACES BY CAST ALUMINUM BRACKETS AND ATTACHED TO THE ENGINE EXHAUST MUFFLER HEAT SHIELD. VIBRATION FROM THIS SYSTEM CAUSES THE HANDHOLD PARTS TO WEAR. CONSEQUENCE OF DEFECT: IF THE PARTS WEAR THIN THE POSSIBILITY EXISTS THAT THE HANDHOLD MIGHT GIVE WAY UNDER THE WEIGHT OF A DRIVER. THIS COULD RESULT IN PERSONAL INJURY.
THE HANDHOLD MOUNTING SYSTEM, WHICH CONSISTS OF A TUBULAR HANDLE HELD IN THREE PLACES BY CAST ALUMINUM BRACKETS AND ATTACHED TO THE ENGINE EXHAUST MUFFLER HEAT SHIELD. VIBRATION FROM THIS SYSTEM CAUSES THE HANDHOLD PARTS TO WEAR. CONSEQUENCE OF DEFECT: IF THE PARTS WEAR THIN THE POSSIBILITY EXISTS THAT THE HANDHOLD MIGHT GIVE WAY UNDER THE WEIGHT OF A DRIVER. THIS COULD RESULT IN PERSONAL INJURY.
THE HANDHOLD MOUNTING SYSTEM, WHICH CONSISTS OF A TUBULAR HANDLE HELD IN THREE PLACES BY CAST ALUMINUM BRACKETS AND ATTACHED TO THE ENGINE EXHAUST MUFFLER HEAT SHIELD. VIBRATION FROM THIS SYSTEM CAUSES THE HANDHOLD PARTS TO WEAR. CONSEQUENCE OF DEFECT: IF THE PARTS WEAR THIN THE POSSIBILITY EXISTS THAT THE HANDHOLD MIGHT GIVE WAY UNDER THE WEIGHT OF A DRIVER. THIS COULD RESULT IN PERSONAL INJURY.
STEERING COLUMN MOUNTING BOLTS MAY BE ABSENT, LEAVING ONLY THE KNEE PAD TO HOLD THE STEERING WHEEL AND COLUMN IN PLACE. CONSEQUENCE OF DEFECT: UNDER CERTAIN DRIVING CONDITIONS, KNEE PAD ATTACHING BOLTS MAY NOT BE SUFFICIENT, ALLOWING THE STEERING COLUMN AND WHEEL TO COME LOOSE WHILE THE TRUCK IS BEING DRIVEN. THIS COULD RESULT IN LOSS OF CONTROL AND AN ACCIDENT.
THE SLEEPER COMPARTMENT INSIDE DOOR LATCHING MECHANISMS MAY CAUSE THE DOOR TO UNLATCH WHILE THE VEHICLE IS BEING DRIVEN.
THE PINCH BOLT INSTALLED ON THE STEERING GEAR COMPONENT IS OF A SMALLER SIZE THAN SPECIFIED.
