NHTSA lists 6 safety recalls covering the 2001 Pontiac Grand Prix. Open recalls don't stop you from selling or junking the car, but check your VIN at nhtsa.gov/recalls to see which apply to yours.
Engine and Engine CoolingOct 2015 · NHTSA campaign 15V701000
General Motors LLC (GM) is recalling certain model year 1998-1999 Chevrolet Lumina and Oldsmobile Intrigue, 1997-2004 Buick Regal and Pontiac Grand Prix, 2000-2004 Chevrolet Impala, and 1998-2004 Chevrolet Monte Carlo vehicles. The affected vehicles were previously repaired under recalls 08V-118, 09V-116, and 15V-201 to address the…
Risk: Engine oil that drips onto the hot surface of the exhaust manifold may result in a fire.
Engine and Engine CoolingApr 2009 · NHTSA campaign 09V116000
General motors is recalling 1,497,516 my 1997-2003 buick regal, my 1998-2003 chevrolet lumina, monte carlo and impala, my 1998-1999 oldsmobile intrigue, my 1997-2003 Pontiac Grand Prix vehicles equipped with a 3.8l v6 naturally aspirated engine. Some of these vehicles have a condition in which drops of engine oil may be deposited on…
Risk: If the manifold is hot enough and the oil runs below the heat shield, it may ignite into a small flame and may spread to the plastic spark plug wire channel and beyond increasing the risk of an engine compartment fire.
Engine and Engine CoolingMar 2008 · NHTSA campaign 08V118000
Gm is recalling 207,542 my 1997-2003 buick regal and Pontiac Grand Prix vehicles equipped with a 3.8l supercharged v-6 engine. These vehicles have higher front rocker cover gasket temperatures, creating the potential for earlier degradation of the front rocker cover gasket and eventual oil seepage.
Risk: Certain underhood fires may be caused by drops of engine oil, from seepage or spillage, being deposited on the exhaust manifold through hard braking. If the manifold is hot enough and the oil runs below the heat shield, it may ignite into a
Air BagsDec 2002 · NHTSA campaign 02V329000
On certain passenger, sport utility vehicles and mini vans, some of these vehicles have a passenger air bag that was manufactured without a check valve pin. An air bag without the check valve pin could produce increased pressure at the onset of the air bag deployment and reduced pressure afterward.
Risk: This could increase the severity of injury to a person who was not properly restrained and who was close to the passenger air bag at the time of deployment. It could also reduce the ab8ility of the air bag to protect a restrained front seat
Air BagsFeb 2001 · NHTSA campaign 01V026000
Vehicle description: passenger, sport utility vehicles and minivans. The passenger air bag inflator modules were built without the correct amount of generant, which produces the gas that fills the air bag. Some were built with a double load of generant and some were built without generant.
Risk: In the event of a crash that would trigger a passenger air bag deployment, a double load of generant can cause the inflator module to explode. If the air bag module explodes, metal and plastic debris could cause severe injury to vehicle occ
Seat BeltsAug 2000 · NHTSA campaign 00V228003
Vehicle description: passenger vehicles, light duty trucks, sport utility vehicles, and mini vans equipped with trw seat belt buckle assemblies. The buckle base of these seat belt assemblies were not properly heat treated and therefore do not pass the load bearing requirement of federal motor vehicle safety standard no. 209, "seat…
Risk: In the event of a vehicle crash, the occupant may not be properly restrained.