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.
HAND THROTTLE CONTROLS WERE NOT IDENTIFIED EITHER ON THE CONTROL KNOB OR ON THE INSTRUMENT PANEL AS REQUIRED BY FMVSS 101. CONSEQUENCE OF DEFECT: TRUCKS ARE NOT IN COMPLIANCE WITH FMVSS 101, CONTROLS AND DISPLAYS.
HAND THROTTLE CONTROLS WERE NOT IDENTIFIED EITHER ON THE CONTROL KNOB OR ON THE INSTRUMENT PANEL AS REQUIRED BY FMVSS 101. CONSEQUENCE OF DEFECT: TRUCKS ARE NOT IN COMPLIANCE WITH FMVSS 101, CONTROLS AND DISPLAYS.
THE RUBBER THAT ENCASES BALL STUD AND SOCKET JOINT (CONNECTS STEERING DRAG LINK AND PITMAN ARM) MAY DETERIORATE, CAUSING METAL TO METAL CONTACT, AND MAY EVENTUALLY RESULT IN COMPLETE SEPARATION. CONSEQUENCE OF DEFECT: COMPLETE SEPARATION OF THE DRAG LINK TO PITMAN ARM CONNECTION RESULTS IN LOSS OF STEERING CONTROL WHICH MAY LEAD TO AN ACCIDENT.
THE RUBBER THAT ENCASES BALL STUD AND SOCKET JOINT (CONNECTS STEERING DRAG LINK AND PITMAN ARM) MAY DETERIORATE, CAUSING METAL TO METAL CONTACT, AND MAY EVENTUALLY RESULT IN COMPLETE SEPARATION. CONSEQUENCE OF DEFECT: COMPLETE SEPARATION OF THE DRAG LINK TO PITMAN ARM CONNECTION RESULTS IN LOSS OF STEERING CONTROL WHICH MAY LEAD TO AN ACCIDENT.
THE RUBBER THAT ENCASES BALL STUD AND SOCKET JOINT (CONNECTS STEERING DRAG LINK AND PITMAN ARM) MAY DETERIORATE, CAUSING METAL TO METAL CONTACT, AND MAY EVENTUALLY RESULT IN COMPLETE SEPARATION. CONSEQUENCE OF DEFECT: COMPLETE SEPARATION OF THE DRAG LINK TO PITMAN ARM CONNECTION RESULTS IN LOSS OF STEERING CONTROL WHICH MAY LEAD TO AN ACCIDENT.
THE RUBBER THAT ENCASES BALL STUD AND SOCKET JOINT (CONNECTS STEERING DRAG LINK AND PITMAN ARM) MAY DETERIORATE, CAUSING METAL TO METAL CONTACT, AND MAY EVENTUALLY RESULT IN COMPLETE SEPARATION. CONSEQUENCE OF DEFECT: COMPLETE SEPARATION OF THE DRAG LINK TO PITMAN ARM CONNECTION RESULTS IN LOSS OF STEERING CONTROL WHICH MAY LEAD TO AN ACCIDENT.
THE RUBBER THAT ENCASES BALL STUD AND SOCKET JOINT (CONNECTS STEERING DRAG LINK AND PITMAN ARM) MAY DETERIORATE, CAUSING METAL TO METAL CONTACT, AND MAY EVENTUALLY RESULT IN COMPLETE SEPARATION. CONSEQUENCE OF DEFECT: COMPLETE SEPARATION OF THE DRAG LINK TO PITMAN ARM CONNECTION RESULTS IN LOSS OF STEERING CONTROL WHICH MAY LEAD TO AN ACCIDENT.
THE RUBBER THAT ENCASES BALL STUD AND SOCKET JOINT (CONNECTS STEERING DRAG LINK AND PITMAN ARM) MAY DETERIORATE, CAUSING METAL TO METAL CONTACT, AND MAY EVENTUALLY RESULT IN COMPLETE SEPARATION. CONSEQUENCE OF DEFECT: COMPLETE SEPARATION OF THE DRAG LINK TO PITMAN ARM CONNECTION RESULTS IN LOSS OF STEERING CONTROL WHICH MAY LEAD TO AN ACCIDENT.
COMPOSITE GRAPHITE DRIVESHAFTS ARE SUBJECT TO OVERHEATING WHILE IDLING, WHICH MAY RESULT IN THE DRIVESHAFT TWISTING AND SHORTENING CAUSING THE SLIP YOKE TO DISCONNECT FROM THE TRANSMISSION. CONSEQUENCE OF DEFECT: IF THE DRIVESHAFT DISCONNECTS FROM THE TRANSMISSION THE VEHICLE WOULD BECOME IMMOBILE WITHOUT WARNING.
COMPOSITE GRAPHITE DRIVESHAFTS ARE SUBJECT TO OVERHEATING WHILE IDLING, WHICH MAY RESULT IN THE DRIVESHAFT TWISTING AND SHORTENING CAUSING THE SLIP YOKE TO DISCONNECT FROM THE TRANSMISSION. CONSEQUENCE OF DEFECT: IF THE DRIVESHAFT DISCONNECTS FROM THE TRANSMISSION THE VEHICLE WOULD BECOME IMMOBILE WITHOUT WARNING.
COMPOSITE GRAPHITE DRIVESHAFTS ARE SUBJECT TO OVERHEATING WHILE IDLING, WHICH MAY RESULT IN THE DRIVESHAFT TWISTING AND SHORTENING CAUSING THE SLIP YOKE TO DISCONNECT FROM THE TRANSMISSION. CONSEQUENCE OF DEFECT: IF THE DRIVESHAFT DISCONNECTS FROM THE TRANSMISSION THE VEHICLE WOULD BECOME IMMOBILE WITHOUT WARNING.
BUSES MAY HAVE BEEN BUILT WITH AN INCORRECT TYPE OF STEEL TUBING IN THE INTERMEDIATE REAR SERVICE BRAKE LINES WHICH MAY LEAK OR BREAK DURING APPLICATION OF THE BRAKES. CONSEQUENCE OF DEFECT: IF A BRAKE LINE LEAKED, REAR BRAKES COULD QUIT WORKING, INCREASING STOPPING DISTANCE, WHICH COULD RESULT IN A CRASH.
BUSES MAY HAVE BEEN BUILT WITH AN INCORRECT TYPE OF STEEL TUBING IN THE INTERMEDIATE REAR SERVICE BRAKE LINES WHICH MAY LEAK OR BREAK DURING APPLICATION OF THE BRAKES. CONSEQUENCE OF DEFECT: IF A BRAKE LINE LEAKED, REAR BRAKES COULD QUIT WORKING, INCREASING STOPPING DISTANCE, WHICH COULD RESULT IN A CRASH.
THE FORWARD BOLT THAT PROVIDES PART OF THE ATTACHMENT BETWEEN THE DRIVER'S SEAT BACK ASSEMBLY AND THE SEAT CUSHION FRAME MAY BE SUBJECT TO FATIGUE FRACTURE. CONSEQUENCE OF DEFECT: IF THIS BOLT BREAKS, THE DRIVER AND SEAT BACK WILL FALL BACK, WHICH COULD RESULT IN THE DRIVER LOSING CONTROL OF THE CAR AND POSSIBLY LEAD TO AN ACCIDENT.
IMPROPERLY HEAT TREATED STEEL ROLLERS USED IN THE REAR WHEEL PARKING BRAKE SYSTEM CAUSES THE ROLLERS TO BECOME BRITTLE AND MAY FRACTURE. CONSEQUENCE OF DEFECT: ROLLERS COULD FRACTURE WHEN THE PARKING BRAKES ARE SET, RESULTING IN REDUCTION OR COMPLETE LOSS OF PARKING BRAKE HOLDING CAPABILITY, WHICH MAY LEAD TO AN ACCIDENT.
IMPROPERLY HEAT TREATED STEEL ROLLERS USED IN THE REAR WHEEL PARKING BRAKE SYSTEM CAUSES THE ROLLERS TO BECOME BRITTLE AND MAY FRACTURE. CONSEQUENCE OF DEFECT: ROLLERS COULD FRACTURE WHEN THE PARKING BRAKES ARE SET, RESULTING IN REDUCTION OR COMPLETE LOSS OF PARKING BRAKE HOLDING CAPABILITY, WHICH MAY LEAD TO AN ACCIDENT.
THE OUTSIDE REAR VIEW MIRRORS DO NOT MEET THE 50 SQUARE INCH MINIMUM REQUIREMENT OF FMVSS 111-REARVIEW MIRRORS. CONSEQUENCE OF DEFECT: THE STANDARD REQUIRES A MINIMUM DIMENSION FOR REARVIEW MIRRORS TO PROVIDE ADEQUATE FIELD OF VISION WHICH AIDS IN PREVENTING ACCIDENTS.
THE RIGHT QUARTER WINDOWS MAY CONTAIN GLASS WHICH WAS IMPROPERLY TEMPERED. THIS GLASS MAY YIELD PIECES LARGER THAN THE MAXIMUM ALLOWED BY FMVSS 205, GLAZING MATERIAL. CONSEQUENCE OF DEFECT: IN CASE OF AN ACCIDENT THESE LARGE PIECES OF GLASS MAY SERIOUSLY INJURE THE OCCUPANTS OF THE CAR.
THERE MAY BE INADEQUATE WELDING IN SOME UNDERBODY STRUCTURAL AREAS, INCLUDING THOSE AT THE REAR SUSPENSION ATTACHMENTS, WHICH MAY CAUSE IT TO SEPARATE. CONSEQUENCE OF DEFECT: IF REAR SUSPENSION ATTACHMENTS SHOULD SEPARATE FROM THE UNDERBODY DURING VEHICLE USE, THE AXLE COULD SHIFT DURING ACCELERATION OR BRAKING AND MAY ADVERSELY AFFECT THE STEERING CONTROL WHICH MAY LEAD TO AN ACCIDENT.
THE HYDRAULIC PARKING BRAKE CONTROL VALVE MAY INADVERTENTLY ACTIVATE DUE TO MOMENTARY PRESSURE DISRUPTIONS WITHIN THE SYSTEM AND CAUSE THE PARKING BRAKE TO BE APPLIED, STOPPING OR SLOWING THE TRUCK UNEXPECTEDLY. CONSEQUENCE OF DEFECT: THIS UNEXPECTED STOPPING OR SLOWING OF THE TRUCK MAY INCREASE THE RISK OF A REAR END COLLISION SINCE THE BRAKE (STOP) LIGHTS ARE NOT ACTIVATED. ALSO, ON CERTAIN ROAD CONDITIONS THIS OCCURRENCE MAY RESULT IN LOSS OF VEHICLE CONTROL WHICH WOULD LEAD TO AN ACCIDENT.
THE HYDRAULIC PARKING BRAKE CONTROL VALVE MAY INADVERTENTLY ACTIVATE DUE TO MOMENTARY PRESSURE DISRUPTIONS WITHIN THE SYSTEM AND CAUSE THE PARKING BRAKE TO BE APPLIED, STOPPING OR SLOWING THE TRUCK UNEXPECTEDLY. CONSEQUENCE OF DEFECT: THIS UNEXPECTED STOPPING OR SLOWING OF THE TRUCK MAY INCREASE THE RISK OF A REAR END COLLISION SINCE THE BRAKE (STOP) LIGHTS ARE NOT ACTIVATED. ALSO, ON CERTAIN ROAD CONDITIONS THIS OCCURRENCE MAY RESULT IN LOSS OF VEHICLE CONTROL WHICH WOULD LEAD TO AN ACCIDENT.
THE HYDRAULIC PARKING BRAKE CONTROL VALVE MAY INADVERTENTLY ACTIVATE DUE TO MOMENTARY PRESSURE DISRUPTIONS WITHIN THE SYSTEM AND CAUSE THE PARKING BRAKE TO BE APPLIED, STOPPING OR SLOWING THE TRUCK UNEXPECTEDLY. CONSEQUENCE OF DEFECT: THIS UNEXPECTED STOPPING OR SLOWING OF THE TRUCK MAY INCREASE THE RISK OF A REAR END COLLISION SINCE THE BRAKE (STOP) LIGHTS ARE NOT ACTIVATED. ALSO, ON CERTAIN ROAD CONDITIONS THIS OCCURRENCE MAY RESULT IN LOSS OF VEHICLE CONTROL WHICH WOULD LEAD TO AN ACCIDENT.
THE HYDRAULIC PARKING BRAKE CONTROL VALVE MAY INADVERTENTLY ACTIVATE DUE TO MOMENTARY PRESSURE DISRUPTIONS WITHIN THE SYSTEM AND CAUSE THE PARKING BRAKE TO BE APPLIED, STOPPING OR SLOWING THE TRUCK UNEXPECTEDLY. CONSEQUENCE OF DEFECT: THIS UNEXPECTED STOPPING OR SLOWING OF THE TRUCK MAY INCREASE THE RISK OF A REAR END COLLISION SINCE THE BRAKE (STOP) LIGHTS ARE NOT ACTIVATED. ALSO, ON CERTAIN ROAD CONDITIONS THIS OCCURRENCE MAY RESULT IN LOSS OF VEHICLE CONTROL WHICH WOULD LEAD TO AN ACCIDENT.
THE HYDRAULIC PARKING BRAKE CONTROL VALVE MAY INADVERTENTLY ACTIVATE DUE TO MOMENTARY PRESSURE DISRUPTIONS WITHIN THE SYSTEM AND CAUSE THE PARKING BRAKE TO BE APPLIED, STOPPING OR SLOWING THE TRUCK UNEXPECTEDLY. CONSEQUENCE OF DEFECT: THIS UNEXPECTED STOPPING OR SLOWING OF THE TRUCK MAY INCREASE THE RISK OF A REAR END COLLISION SINCE THE BRAKE (STOP) LIGHTS ARE NOT ACTIVATED. ALSO, ON CERTAIN ROAD CONDITIONS THIS OCCURRENCE MAY RESULT IN LOSS OF VEHICLE CONTROL WHICH WOULD LEAD TO AN ACCIDENT.
THE HYDRAULIC PARKING BRAKE CONTROL VALVE MAY INADVERTENTLY ACTIVATE DUE TO MOMENTARY PRESSURE DISRUPTIONS WITHIN THE SYSTEM AND CAUSE THE PARKING BRAKE TO BE APPLIED, STOPPING OR SLOWING THE TRUCK UNEXPECTEDLY. CONSEQUENCE OF DEFECT: THIS UNEXPECTED STOPPING OR SLOWING OF THE TRUCK MAY INCREASE THE RISK OF A REAR END COLLISION SINCE THE BRAKE (STOP) LIGHTS ARE NOT ACTIVATED. ALSO, ON CERTAIN ROAD CONDITIONS THIS OCCURRENCE MAY RESULT IN LOSS OF VEHICLE CONTROL WHICH WOULD LEAD TO AN ACCIDENT.
THE HYDRAULIC PARKING BRAKE CONTROL VALVE MAY INADVERTENTLY ACTIVATE DUE TO MOMENTARY PRESSURE DISRUPTIONS WITHIN THE SYSTEM AND CAUSE THE PARKING BRAKE TO BE APPLIED, STOPPING OR SLOWING THE TRUCK UNEXPECTEDLY. CONSEQUENCE OF DEFECT: THIS UNEXPECTED STOPPING OR SLOWING OF THE TRUCK MAY INCREASE THE RISK OF A REAR END COLLISION SINCE THE BRAKE (STOP) LIGHTS ARE NOT ACTIVATED. ALSO, ON CERTAIN ROAD CONDITIONS THIS OCCURRENCE MAY RESULT IN LOSS OF VEHICLE CONTROL WHICH WOULD LEAD TO AN ACCIDENT.
THE HYDRAULIC PARKING BRAKE CONTROL VALVE MAY INADVERTENTLY ACTIVATE DUE TO MOMENTARY PRESSURE DISRUPTIONS WITHIN THE SYSTEM AND CAUSE THE PARKING BRAKE TO BE APPLIED, STOPPING OR SLOWING THE TRUCK UNEXPECTEDLY. CONSEQUENCE OF DEFECT: THIS UNEXPECTED STOPPING OR SLOWING OF THE TRUCK MAY INCREASE THE RISK OF A REAR END COLLISION SINCE THE BRAKE (STOP) LIGHTS ARE NOT ACTIVATED. ALSO, ON CERTAIN ROAD CONDITIONS THIS OCCURRENCE MAY RESULT IN LOSS OF VEHICLE CONTROL WHICH WOULD LEAD TO AN ACCIDENT.
THE HYDRAULIC PARKING BRAKE CONTROL VALVE MAY INADVERTENTLY ACTIVATE DUE TO MOMENTARY PRESSURE DISRUPTIONS WITHIN THE SYSTEM AND CAUSE THE PARKING BRAKE TO BE APPLIED, STOPPING OR SLOWING THE TRUCK UNEXPECTEDLY. CONSEQUENCE OF DEFECT: THIS UNEXPECTED STOPPING OR SLOWING OF THE TRUCK MAY INCREASE THE RISK OF A REAR END COLLISION SINCE THE BRAKE (STOP) LIGHTS ARE NOT ACTIVATED. ALSO, ON CERTAIN ROAD CONDITIONS THIS OCCURRENCE MAY RESULT IN LOSS OF VEHICLE CONTROL WHICH WOULD LEAD TO AN ACCIDENT.
THE HYDRAULIC PARKING BRAKE CONTROL VALVE MAY INADVERTENTLY ACTIVATE DUE TO MOMENTARY PRESSURE DISRUPTIONS WITHIN THE SYSTEM AND CAUSE THE PARKING BRAKE TO BE APPLIED, STOPPING OR SLOWING THE TRUCK UNEXPECTEDLY. CONSEQUENCE OF DEFECT: THIS UNEXPECTED STOPPING OR SLOWING OF THE TRUCK MAY INCREASE THE RISK OF A REAR END COLLISION SINCE THE BRAKE (STOP) LIGHTS ARE NOT ACTIVATED. ALSO, ON CERTAIN ROAD CONDITIONS THIS OCCURRENCE MAY RESULT IN LOSS OF VEHICLE CONTROL WHICH WOULD LEAD TO AN ACCIDENT.
