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 SCOOTERS, IF THE IGNITION SWITCH IS NOT FULLY TURNED FROM THE 'OFF' TO THE 'ON' POSITION, THERE MAY BE UNSTABLE CONTACT BETWEEN THE IGNITION SWITCH CONTACTS. THIS CAN CAUSE ARCING IN THE IGNITION SWITCH.
ON CERTAIN PASSENGER VEHICLES, THE BRAKE LIGHT SWITCH MAY BECOME MISADJUSTED IF AN UPWARD/REARWARD FORCE IS APPLIED TO THE BRAKE PEDAL. IF THIS SHOULD OCCUR, THE BRAKE LIGHT SWITCH WILL NOT FUNCTION PROPERLY, CAUSING THE BRAKE LIGHTS, INCLUDING THE HIGH MOUNTED STOP LAMP, TO REMAIN ILLUMINATED CONTINUOUSLY WITHOUT BRAKE PEDAL APPLICATION, WITH THE IGNITION SWITCH IN THE ON OR OFF POSITION.
ON CERTAIN PASSENGER VEHICLES, THE BRAKE LIGHT SWITCH MAY BECOME MISADJUSTED IF AN UPWARD/REARWARD FORCE IS APPLIED TO THE BRAKE PEDAL. IF THIS SHOULD OCCUR, THE BRAKE LIGHT SWITCH WILL NOT FUNCTION PROPERLY, CAUSING THE BRAKE LIGHTS, INCLUDING THE HIGH MOUNTED STOP LAMP, TO REMAIN ILLUMINATED CONTINUOUSLY WITHOUT BRAKE PEDAL APPLICATION, WITH THE IGNITION SWITCH IN THE ON OR OFF POSITION.
ON CERTAIN PASSENGER VEHICLES, UNDER AMBIENT TEMPERATURES BELOW -25 DEGREES CELSIUS, MOISTURE CAN FREEZE IN THE FUEL PRESSURE REGULATOR. AS A RESULT, FUEL SYSTEM PRESSURE MAY INCREASE AT THE TIME OF ENGINE START UP, CAUSING FUEL LOSS AT THE FUEL PIPE/FUEL HOSE CONNECTION.
ON CERTAIN PASSENGER VEHICLES, UNDER AMBIENT TEMPERATURES BELOW -25 DEGREES CELSIUS, MOISTURE CAN FREEZE IN THE FUEL PRESSURE REGULATOR. AS A RESULT, FUEL SYSTEM PRESSURE MAY INCREASE AT THE TIME OF ENGINE START UP, CAUSING FUEL LOSS AT THE FUEL PIPE/FUEL HOSE CONNECTION.
ON CERTAIN PASSENGER VEHICLES, UNDER AMBIENT TEMPERATURES BELOW -25 DEGREES CELSIUS, MOISTURE CAN FREEZE IN THE FUEL PRESSURE REGULATOR. AS A RESULT, FUEL SYSTEM PRESSURE MAY INCREASE AT THE TIME OF ENGINE START UP, CAUSING FUEL LOSS AT THE FUEL PIPE/FUEL HOSE CONNECTION.
ON CERTAIN PASSENGER VEHICLES, UNDER AMBIENT TEMPERATURES BELOW -25 DEGREES CELSIUS, MOISTURE CAN FREEZE IN THE FUEL PRESSURE REGULATOR. AS A RESULT, FUEL SYSTEM PRESSURE MAY INCREASE AT THE TIME OF ENGINE START UP, CAUSING FUEL LOSS AT THE FUEL PIPE/FUEL HOSE CONNECTION.
ON CERTAIN PASSENGER VEHICLES, UNDER AMBIENT TEMPERATURES BELOW -25 DEGREES CELSIUS, MOISTURE CAN FREEZE IN THE FUEL PRESSURE REGULATOR. AS A RESULT, FUEL SYSTEM PRESSURE MAY INCREASE AT THE TIME OF ENGINE START UP, CAUSING FUEL LOSS AT THE FUEL PIPE/FUEL HOSE CONNECTION.
ON CERTAIN PASSENGER VEHICLES, UNDER AMBIENT TEMPERATURES BELOW -25 DEGREES CELSIUS, MOISTURE CAN FREEZE IN THE FUEL PRESSURE REGULATOR. AS A RESULT, FUEL SYSTEM PRESSURE MAY INCREASE AT THE TIME OF ENGINE START UP, CAUSING FUEL LOSS AT THE FUEL PIPE/FUEL HOSE CONNECTION.
ON CERTAIN PASSENGER VEHICLES, UNDER AMBIENT TEMPERATURES BELOW -25 DEGREES CELSIUS, MOISTURE CAN FREEZE IN THE FUEL PRESSURE REGULATOR. AS A RESULT, FUEL SYSTEM PRESSURE MAY INCREASE AT THE TIME OF ENGINE START UP, CAUSING FUEL LOSS AT THE FUEL PIPE/FUEL HOSE CONNECTION.
ON CERTAIN PASSENGER VEHICLES, UNDER AMBIENT TEMPERATURES BELOW -25 DEGREES CELSIUS, MOISTURE CAN FREEZE IN THE FUEL PRESSURE REGULATOR. AS A RESULT, FUEL SYSTEM PRESSURE MAY INCREASE AT THE TIME OF ENGINE START UP, CAUSING FUEL LOSS AT THE FUEL PIPE/FUEL HOSE CONNECTION.
ON CERTAIN PASSENGER VEHICLES, UNDER AMBIENT TEMPERATURES BELOW -25 DEGREES CELSIUS, MOISTURE CAN FREEZE IN THE FUEL PRESSURE REGULATOR. AS A RESULT, FUEL SYSTEM PRESSURE MAY INCREASE AT THE TIME OF ENGINE START UP, CAUSING FUEL LOSS AT THE FUEL PIPE/FUEL HOSE CONNECTION.
ON CERTAIN PASSENGER VEHICLES, UNDER AMBIENT TEMPERATURES BELOW -25 DEGREES CELSIUS, MOISTURE CAN FREEZE IN THE FUEL PRESSURE REGULATOR. AS A RESULT, FUEL SYSTEM PRESSURE MAY INCREASE AT THE TIME OF ENGINE START UP, CAUSING FUEL LOSS AT THE FUEL PIPE/FUEL HOSE CONNECTION.
IN CERTAIN PASSENGER VEHICLES, A FAULT IN THE ADAPTIVE FUEL CONTROL LOGIC CAN CAUSE SOME VEHICLES TO USE AIR/FUEL RATIOS DURING DECELERATION THAT ARE LEAN ENOUGH TO CAUSE ENGINE STALLING.
THIS CAMPAIGN INVOLVES CERTAIN MARAUDER MODEL MOTORCYCLES EQUIPPED WITH CALIFORNIA EVAPORATIVE EMISSIONS EQUIPMENT. WHEN A MOTORCYCLE IS PARKED AFTER CITY DRIVING IN HEAVY TRAFFIC, UNDER SOME CONDITIONS, ELEVATED PRESSURE IN THE FUEL TANK VENT LINE CAN CAUSE BACK PRESSURE IN THROUGH THE SURGE CONTROL VALVE.
THIS CAMPAIGN INVOLVES CERTAIN MARAUDER MODEL MOTORCYCLES EQUIPPED WITH CALIFORNIA EVAPORATIVE EMISSIONS EQUIPMENT. WHEN A MOTORCYCLE IS PARKED AFTER CITY DRIVING IN HEAVY TRAFFIC, UNDER SOME CONDITIONS, ELEVATED PRESSURE IN THE FUEL TANK VENT LINE CAN CAUSE BACK PRESSURE IN THROUGH THE SURGE CONTROL VALVE.
THIS CAMPAIGN INVOLVES CERTAIN MARAUDER MODEL MOTORCYCLES EQUIPPED WITH CALIFORNIA EVAPORATIVE EMISSIONS EQUIPMENT. WHEN A MOTORCYCLE IS PARKED AFTER CITY DRIVING IN HEAVY TRAFFIC, UNDER SOME CONDITIONS, ELEVATED PRESSURE IN THE FUEL TANK VENT LINE CAN CAUSE BACK PRESSURE IN THROUGH THE SURGE CONTROL VALVE.
THIS CAMPAIGN INVOLVES CERTAIN MARAUDER MODEL MOTORCYCLES EQUIPPED WITH CALIFORNIA EVAPORATIVE EMISSIONS EQUIPMENT. WHEN A MOTORCYCLE IS PARKED AFTER CITY DRIVING IN HEAVY TRAFFIC, UNDER SOME CONDITIONS, ELEVATED PRESSURE IN THE FUEL TANK VENT LINE CAN CAUSE BACK PRESSURE IN THROUGH THE SURGE CONTROL VALVE.
THIS CAMPAIGN INVOLVES CERTAIN MARAUDER MODEL MOTORCYCLES EQUIPPED WITH CALIFORNIA EVAPORATIVE EMISSIONS EQUIPMENT. WHEN A MOTORCYCLE IS PARKED AFTER CITY DRIVING IN HEAVY TRAFFIC, UNDER SOME CONDITIONS, ELEVATED PRESSURE IN THE FUEL TANK VENT LINE CAN CAUSE BACK PRESSURE IN THROUGH THE SURGE CONTROL VALVE.
THIS CAMPAIGN INVOLVES CERTAIN MARAUDER MODEL MOTORCYCLES EQUIPPED WITH CALIFORNIA EVAPORATIVE EMISSIONS EQUIPMENT. WHEN A MOTORCYCLE IS PARKED AFTER CITY DRIVING IN HEAVY TRAFFIC, UNDER SOME CONDITIONS, ELEVATED PRESSURE IN THE FUEL TANK VENT LINE CAN CAUSE BACK PRESSURE IN THROUGH THE SURGE CONTROL VALVE.
ON CERTAIN MOTORCYCLES THERE IS A POSSIBILITY OF FUEL LEAKING FROM THE FUEL GAUGE GASKET DUE TO MISALIGNMENT OF THE GASKET AT THE TIME OF ASSEMBLY.
ON CERTAIN SPORT UTILITY VEHICLES, THE ACCELERATOR CABLE CASING CAP THAT IS ATTACHED TO THE VEHICLE FIREWALL CAN CRACK DUE TO EXTENDED EXPOSURE TO FORCES FROM THE ACCELERATOR CABLE AND INSUFFICIENT LONG-TERM DURABILITY OF THE PLASTIC CASING CAP. IF THE CASING CAP BECOMES CRACKED, MOVEMENT OF THE INNER ACCELERATOR CABLE THROUGH THE CAP CAN CAUSE THE INNER ACCELERATOR CABLE TO BECOME FRAYED.
ON CERTAIN SPORT UTILITY VEHICLES, THE ACCELERATOR CABLE CASING CAP THAT IS ATTACHED TO THE VEHICLE FIREWALL CAN CRACK DUE TO EXTENDED EXPOSURE TO FORCES FROM THE ACCELERATOR CABLE AND INSUFFICIENT LONG-TERM DURABILITY OF THE PLASTIC CASING CAP. IF THE CASING CAP BECOMES CRACKED, MOVEMENT OF THE INNER ACCELERATOR CABLE THROUGH THE CAP CAN CAUSE THE INNER ACCELERATOR CABLE TO BECOME FRAYED.
ON CERTAIN SPORT UTILITY VEHICLES, THE ACCELERATOR CABLE CASING CAP THAT IS ATTACHED TO THE VEHICLE FIREWALL CAN CRACK DUE TO EXTENDED EXPOSURE TO FORCES FROM THE ACCELERATOR CABLE AND INSUFFICIENT LONG-TERM DURABILITY OF THE PLASTIC CASING CAP. IF THE CASING CAP BECOMES CRACKED, MOVEMENT OF THE INNER ACCELERATOR CABLE THROUGH THE CAP CAN CAUSE THE INNER ACCELERATOR CABLE TO BECOME FRAYED.
ON CERTAIN SPORT UTILITY VEHICLES, THE ACCELERATOR CABLE CASING CAP THAT IS ATTACHED TO THE VEHICLE FIREWALL CAN CRACK DUE TO EXTENDED EXPOSURE TO FORCES FROM THE ACCELERATOR CABLE AND INSUFFICIENT LONG-TERM DURABILITY OF THE PLASTIC CASING CAP. IF THE CASING CAP BECOMES CRACKED, MOVEMENT OF THE INNER ACCELERATOR CABLE THROUGH THE CAP CAN CAUSE THE INNER ACCELERATOR CABLE TO BECOME FRAYED.
ON CERTAIN SPORT UTILITY VEHICLES, THE ACCELERATOR CABLE CASING CAP THAT IS ATTACHED TO THE VEHICLE FIREWALL CAN CRACK DUE TO EXTENDED EXPOSURE TO FORCES FROM THE ACCELERATOR CABLE AND INSUFFICIENT LONG-TERM DURABILITY OF THE PLASTIC CASING CAP. IF THE CASING CAP BECOMES CRACKED, MOVEMENT OF THE INNER ACCELERATOR CABLE THROUGH THE CAP CAN CAUSE THE INNER ACCELERATOR CABLE TO BECOME FRAYED.
ON CERTAIN SPORT UTILITY VEHICLES, THE ACCELERATOR CABLE CASING CAP THAT IS ATTACHED TO THE VEHICLE FIREWALL CAN CRACK DUE TO EXTENDED EXPOSURE TO FORCES FROM THE ACCELERATOR CABLE AND INSUFFICIENT LONG-TERM DURABILITY OF THE PLASTIC CASING CAP. IF THE CASING CAP BECOMES CRACKED, MOVEMENT OF THE INNER ACCELERATOR CABLE THROUGH THE CAP CAN CAUSE THE INNER ACCELERATOR CABLE TO BECOME FRAYED.
ON CERTAIN SPORT UTILITY VEHICLES, THE ACCELERATOR CABLE CASING CAP THAT IS ATTACHED TO THE VEHICLE FIREWALL CAN CRACK DUE TO EXTENDED EXPOSURE TO FORCES FROM THE ACCELERATOR CABLE AND INSUFFICIENT LONG-TERM DURABILITY OF THE PLASTIC CASING CAP. IF THE CASING CAP BECOMES CRACKED, MOVEMENT OF THE INNER ACCELERATOR CABLE THROUGH THE CAP CAN CAUSE THE INNER ACCELERATOR CABLE TO BECOME FRAYED.
ON CERTAIN SPORT UTILITY VEHICLES, THE ACCELERATOR CABLE CASING CAP THAT IS ATTACHED TO THE VEHICLE FIREWALL CAN CRACK DUE TO EXTENDED EXPOSURE TO FORCES FROM THE ACCELERATOR CABLE AND INSUFFICIENT LONG-TERM DURABILITY OF THE PLASTIC CASING CAP. IF THE CASING CAP BECOMES CRACKED, MOVEMENT OF THE INNER ACCELERATOR CABLE THROUGH THE CAP CAN CAUSE THE INNER ACCELERATOR CABLE TO BECOME FRAYED.
ON CERTAIN SPORT UTILITY VEHICLES, THE ACCELERATOR CABLE CASING CAP THAT IS ATTACHED TO THE VEHICLE FIREWALL CAN CRACK DUE TO EXTENDED EXPOSURE TO FORCES FROM THE ACCELERATOR CABLE AND INSUFFICIENT LONG-TERM DURABILITY OF THE PLASTIC CASING CAP. IF THE CASING CAP BECOMES CRACKED, MOVEMENT OF THE INNER ACCELERATOR CABLE THROUGH THE CAP CAN CAUSE THE INNER ACCELERATOR CABLE TO BECOME FRAYED.
