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 FRONT RAIL EXTENSION MAY EXPERIENCE FATIGUE CRACKING NEAR THE AREA WHERE THE POWER STEERING GEAR ATTACHES TO THE FRAME. IF THE CRACK PROGRESSES THROUGH MOST OR ALL OF THE RAIL SECTION, STEERING SYSTEM FREE PLAY ACCOMPANIED BY METALLIC RATTLE NOISE WILL BE EXPERIENCED.
THE FRONT RAIL EXTENSION MAY EXPERIENCE FATIGUE CRACKING NEAR THE AREA WHERE THE POWER STEERING GEAR ATTACHES TO THE FRAME. IF THE CRACK PROGRESSES THROUGH MOST OR ALL OF THE RAIL SECTION, STEERING SYSTEM FREE PLAY ACCOMPANIED BY METALLIC RATTLE NOISE WILL BE EXPERIENCED.
THE FRONT RAIL EXTENSION MAY EXPERIENCE FATIGUE CRACKING NEAR THE AREA WHERE THE POWER STEERING GEAR ATTACHES TO THE FRAME. IF THE CRACK PROGRESSES THROUGH MOST OR ALL OF THE RAIL SECTION, STEERING SYSTEM FREE PLAY ACCOMPANIED BY METALLIC RATTLE NOISE WILL BE EXPERIENCED.
THE FRONT RAIL EXTENSION MAY EXPERIENCE FATIGUE CRACKING NEAR THE AREA WHERE THE POWER STEERING GEAR ATTACHES TO THE FRAME. IF THE CRACK PROGRESSES THROUGH MOST OR ALL OF THE RAIL SECTION, STEERING SYSTEM FREE PLAY ACCOMPANIED BY METALLIC RATTLE NOISE WILL BE EXPERIENCED.
THE FRONT RAIL EXTENSION MAY EXPERIENCE FATIGUE CRACKING NEAR THE AREA WHERE THE POWER STEERING GEAR ATTACHES TO THE FRAME. IF THE CRACK PROGRESSES THROUGH MOST OR ALL OF THE RAIL SECTION, STEERING SYSTEM FREE PLAY ACCOMPANIED BY METALLIC RATTLE NOISE WILL BE EXPERIENCED.
THE FRONT RAIL EXTENSION MAY EXPERIENCE FATIGUE CRACKING NEAR THE AREA WHERE THE POWER STEERING GEAR ATTACHES TO THE FRAME. IF THE CRACK PROGRESSES THROUGH MOST OR ALL OF THE RAIL SECTION, STEERING SYSTEM FREE PLAY ACCOMPANIED BY METALLIC RATTLE NOISE WILL BE EXPERIENCED.
THE FRONT RAIL EXTENSION MAY EXPERIENCE FATIGUE CRACKING NEAR THE AREA WHERE THE POWER STEERING GEAR ATTACHES TO THE FRAME. IF THE CRACK PROGRESSES THROUGH MOST OR ALL OF THE RAIL SECTION, STEERING SYSTEM FREE PLAY ACCOMPANIED BY METALLIC RATTLE NOISE WILL BE EXPERIENCED.
THE FRONT RAIL EXTENSION MAY EXPERIENCE FATIGUE CRACKING NEAR THE AREA WHERE THE POWER STEERING GEAR ATTACHES TO THE FRAME. IF THE CRACK PROGRESSES THROUGH MOST OR ALL OF THE RAIL SECTION, STEERING SYSTEM FREE PLAY ACCOMPANIED BY METALLIC RATTLE NOISE WILL BE EXPERIENCED.
THE FRONT RAIL EXTENSION MAY EXPERIENCE FATIGUE CRACKING NEAR THE AREA WHERE THE POWER STEERING GEAR ATTACHES TO THE FRAME. IF THE CRACK PROGRESSES THROUGH MOST OR ALL OF THE RAIL SECTION, STEERING SYSTEM FREE PLAY ACCOMPANIED BY METALLIC RATTLE NOISE WILL BE EXPERIENCED.
THE FRONT RAIL EXTENSION MAY EXPERIENCE FATIGUE CRACKING NEAR THE AREA WHERE THE POWER STEERING GEAR ATTACHES TO THE FRAME. IF THE CRACK PROGRESSES THROUGH MOST OR ALL OF THE RAIL SECTION, STEERING SYSTEM FREE PLAY ACCOMPANIED BY METALLIC RATTLE NOISE WILL BE EXPERIENCED.
THE FRONT RAIL EXTENSION MAY EXPERIENCE FATIGUE CRACKING NEAR THE AREA WHERE THE POWER STEERING GEAR ATTACHES TO THE FRAME. IF THE CRACK PROGRESSES THROUGH MOST OR ALL OF THE RAIL SECTION, STEERING SYSTEM FREE PLAY ACCOMPANIED BY METALLIC RATTLE NOISE WILL BE EXPERIENCED.
THE FRONT RAIL EXTENSION MAY EXPERIENCE FATIGUE CRACKING NEAR THE AREA WHERE THE POWER STEERING GEAR ATTACHES TO THE FRAME. IF THE CRACK PROGRESSES THROUGH MOST OR ALL OF THE RAIL SECTION, STEERING SYSTEM FREE PLAY ACCOMPANIED BY METALLIC RATTLE NOISE WILL BE EXPERIENCED.
THE FRONT RAIL EXTENSION MAY EXPERIENCE FATIGUE CRACKING NEAR THE AREA WHERE THE POWER STEERING GEAR ATTACHES TO THE FRAME. IF THE CRACK PROGRESSES THROUGH MOST OR ALL OF THE RAIL SECTION, STEERING SYSTEM FREE PLAY ACCOMPANIED BY METALLIC RATTLE NOISE WILL BE EXPERIENCED.
THE FRONT RAIL EXTENSION MAY EXPERIENCE FATIGUE CRACKING NEAR THE AREA WHERE THE POWER STEERING GEAR ATTACHES TO THE FRAME. IF THE CRACK PROGRESSES THROUGH MOST OR ALL OF THE RAIL SECTION, STEERING SYSTEM FREE PLAY ACCOMPANIED BY METALLIC RATTLE NOISE WILL BE EXPERIENCED.
THE FRONT RAIL EXTENSION MAY EXPERIENCE FATIGUE CRACKING NEAR THE AREA WHERE THE POWER STEERING GEAR ATTACHES TO THE FRAME. IF THE CRACK PROGRESSES THROUGH MOST OR ALL OF THE RAIL SECTION, STEERING SYSTEM FREE PLAY ACCOMPANIED BY METALLIC RATTLE NOISE WILL BE EXPERIENCED.
THE FRONT RAIL EXTENSION MAY EXPERIENCE FATIGUE CRACKING NEAR THE AREA WHERE THE POWER STEERING GEAR ATTACHES TO THE FRAME. IF THE CRACK PROGRESSES THROUGH MOST OR ALL OF THE RAIL SECTION, STEERING SYSTEM FREE PLAY ACCOMPANIED BY METALLIC RATTLE NOISE WILL BE EXPERIENCED.
THE FRONT RAIL EXTENSION MAY EXPERIENCE FATIGUE CRACKING NEAR THE AREA WHERE THE POWER STEERING GEAR ATTACHES TO THE FRAME. IF THE CRACK PROGRESSES THROUGH MOST OR ALL OF THE RAIL SECTION, STEERING SYSTEM FREE PLAY ACCOMPANIED BY METALLIC RATTLE NOISE WILL BE EXPERIENCED.
THE FRONT RAIL EXTENSION MAY EXPERIENCE FATIGUE CRACKING NEAR THE AREA WHERE THE POWER STEERING GEAR ATTACHES TO THE FRAME. IF THE CRACK PROGRESSES THROUGH MOST OR ALL OF THE RAIL SECTION, STEERING SYSTEM FREE PLAY ACCOMPANIED BY METALLIC RATTLE NOISE WILL BE EXPERIENCED.
THE FRONT RAIL EXTENSION MAY EXPERIENCE FATIGUE CRACKING NEAR THE AREA WHERE THE POWER STEERING GEAR ATTACHES TO THE FRAME. IF THE CRACK PROGRESSES THROUGH MOST OR ALL OF THE RAIL SECTION, STEERING SYSTEM FREE PLAY ACCOMPANIED BY METALLIC RATTLE NOISE WILL BE EXPERIENCED.
THE FRONT RAIL EXTENSION MAY EXPERIENCE FATIGUE CRACKING NEAR THE AREA WHERE THE POWER STEERING GEAR ATTACHES TO THE FRAME. IF THE CRACK PROGRESSES THROUGH MOST OR ALL OF THE RAIL SECTION, STEERING SYSTEM FREE PLAY ACCOMPANIED BY METALLIC RATTLE NOISE WILL BE EXPERIENCED.
THE FRONT RAIL EXTENSION MAY EXPERIENCE FATIGUE CRACKING NEAR THE AREA WHERE THE POWER STEERING GEAR ATTACHES TO THE FRAME. IF THE CRACK PROGRESSES THROUGH MOST OR ALL OF THE RAIL SECTION, STEERING SYSTEM FREE PLAY ACCOMPANIED BY METALLIC RATTLE NOISE WILL BE EXPERIENCED.
THE ASHTRAY BULB SOCKET IN THE INVOLVED VEHICLES MAY HAVE BEEN MANUFACTURED WITH MATERIALS THAT DO NOT POSSESS THE REQUIRED ELECTRICAL RESISTANCE QUALITIES. WHEN THE ASHTRAY BULB IS LIT FOR AN EXTENDED PERIOD OF TIME, THE SOCKET IS SUBJECT TO OVERHEATING.
THE ASHTRAY BULB SOCKET IN THE INVOLVED VEHICLES MAY HAVE BEEN MANUFACTURED WITH MATERIALS THAT DO NOT POSSESS THE REQUIRED ELECTRICAL RESISTANCE QUALITIES. WHEN THE ASHTRAY BULB IS LIT FOR AN EXTENDED PERIOD OF TIME, THE SOCKET IS SUBJECT TO OVERHEATING.
THE LOWER STEERING SHAFT COUPLING ON THE INVOLVED VEHICLES MAY HAVE AN OVERSIZED SERRATION DIAMETER IN THE ATTACHMENT AREA TO THE STEERING GEAR SHAFT. SINCE THIS OVERSIZED COUPLING MAY NOT BE ADEQUATELY ENGAGED ON THE STEERING GEAR SHAFT, THE ATTACHMENT MAY LOOSEN, RESULTING IN STEERING FREE PLAY.
THE FRONT BRAKE HOSE ROUTING ON THE INVOLVED VEHICLES MAY ALLOW INTERFERENCE BETWEEN THE HOSES AND THE FRONT TIRES DURING EXTREME TURNING ANGLES.
CONDENSATE WATER MAY ACCUMULATE IN THE AIR CONDITIONING BLOWER HOUSING; THERE IS A HIGH PROBABILITY THAT THIS WATER WILL CAUSE THE BLOWER MOTOR TO FAIL. BLOWER MOTOR FAILURE WOULD DISABLE THE AIR CONDTIONING UNIT AND THERE WOULD BE NO WAY TO DEFROST OR DEFOG THE WINDSHIELD.
CONDENSATE WATER MAY ACCUMULATE IN THE AIR CONDITIONING BLOWER HOUSING; THERE IS A HIGH PROBABILITY THAT THIS WATER WILL CAUSE THE BLOWER MOTOR TO FAIL. BLOWER MOTOR FAILURE WOULD DISABLE THE AIR CONDTIONING UNIT AND THERE WOULD BE NO WAY TO DEFROST OR DEFOG THE WINDSHIELD.
CONDENSATE WATER MAY ACCUMULATE IN THE AIR CONDITIONING BLOWER HOUSING; THERE IS A HIGH PROBABILITY THAT THIS WATER WILL CAUSE THE BLOWER MOTOR TO FAIL. BLOWER MOTOR FAILURE WOULD DISABLE THE AIR CONDTIONING UNIT AND THERE WOULD BE NO WAY TO DEFROST OR DEFOG THE WINDSHIELD.
CONDENSATE WATER MAY ACCUMULATE IN THE AIR CONDITIONING BLOWER HOUSING; THERE IS A HIGH PROBABILITY THAT THIS WATER WILL CAUSE THE BLOWER MOTOR TO FAIL. BLOWER MOTOR FAILURE WOULD DISABLE THE AIR CONDTIONING UNIT AND THERE WOULD BE NO WAY TO DEFROST OR DEFOG THE WINDSHIELD.
CONDENSATE WATER MAY ACCUMULATE IN THE AIR CONDITIONING BLOWER HOUSING; THERE IS A HIGH PROBABILITY THAT THIS WATER WILL CAUSE THE BLOWER MOTOR TO FAIL. BLOWER MOTOR FAILURE WOULD DISABLE THE AIR CONDTIONING UNIT AND THERE WOULD BE NO WAY TO DEFROST OR DEFOG THE WINDSHIELD.
