NHTSA lists 13 safety recalls covering the 2001 Ford Escape. 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.
Power TrainSep 2015 · NHTSA campaign 15V606000
Ford Motor Company (Ford) is recalling certain model year 2001-2008 Ford Escape and Mercury Mariner vehicles manufactured March 31, 2001, to September 1, 2009. The affected vehicles are equipped with either a 2.3L or 3.0L engine and have had their CD4E transmission replaced with remanufactured one that was rebuilt between June 11…
Risk: If the shift lever disengages from the transmission, a driver may be unable to shift gear positions and the indicated shift position may not represent the gear position the vehicle is in. Should a disengagement occur while the vehicle is be
StructureApr 2014 · NHTSA campaign 14V165000
Ford Motor Company (Ford) is recalling certain model year 2001-2004 Escape vehicles manufactured October 22, 1999, through January 23, 2004, originally sold, or currently registered in, Connecticut, Delaware, Illinois, Indiana, Iowa, Maine, Maryland, Massachusetts, Michigan, Minnesota, Missouri, New Hampshire, New Jersey, New York…
Risk: A separation of the lower control arm can result in a significant loss of steering control, increasing the risk of a crash.
Vehicle Speed ControlJul 2012 · NHTSA campaign 12V353000
Ford Motor Company is recalling certain model year 2001 through 2004 Escape vehicles equipped with 3.0L V6 engines and speed control manufactured from October 22, 1999, through January 23, 2004. Inadequate clearance between the engine cover and the speed control cable connector could result in a stuck throttle when the accelerator…
Risk: A stuck throttle may result in very high vehicle speeds and make it difficult to stop or slow the vehicle, which could cause a crash, serious injury or death.
Service Brakes, HydraulicJan 2012 · NHTSA campaign 12V005000
Ford is recalling certain model year 2001-2002 Escape vehicles manufactured from october 22, 1999, through july 19, 2002, equipped with a brake master cylinder reservoir cap that could leak brake fluid. If brake fluid leaks from the cap, it could come in contact with the antilock brake system (ABS) module wiring harness connector.
Risk: Corrosion can develop in the electrical connector leading to melting, smoke or a fire.
Service Brakes, HydraulicApr 2007 · NHTSA campaign 07V156000
On certain sport utility vehicles equipped with antilock brakes (ABS), the ABS module connector may have missing or dislodged wire seals. This condition could allow contamination to enter the module connector, creating a potential for an electrical short.
Risk: An electrical short might cause an ABS malfunction that would illuminate the ABS warning light, and in some cases, the module may overheat resulting in burning odor, smoke, and/or fire. This condition could occur either when the vehicle ign
Latches/Locks/LinkagesDec 2004 · NHTSA campaign 04V602000
Certain 2004-2005 sport utility vehicles and certain 2001-2003 sport utiity vehicle having rear liftgate components serviced with 2004 equivalent components fail to comply with the requirements of federal motor vehicle safety standard no. 206, 'door locks and door retention components.' the rear liftgate latching system does not meet…
Risk: If the liftgate is left unlocked, there is the potential that it may open during a crash.
Power TrainApr 2004 · NHTSA campaign 04V165000
On certain sport utility vehicles equipped with 3.0l v6 engines, during deceleration, the engine can stall.
Risk: Should the engine stall, a vehicle crash could occur.
Seat BeltsDec 2003 · NHTSA campaign 03V507000
On certain sport utility vehicles, a post within the safety belt buckle covers could fracture, which could affect latch function, resulting in either a "no latch" or "partial latch" condition. In the "partial latch" condition, the buckle tongue can be inserted into the buckle and appear to be engaged, but will release from the buckle…
Risk: In the event of a crash, the seat occupant may not be properly restrained, increasing the risk of injury.
VisibilityNov 2000 · NHTSA campaign 00V387002
Vehicle description: sport utility vehicles. The windshield wiper linkage can disengage due to a broken ball socket.
Risk: This condition will likely result in sudden and complete loss of the windshield wiper function, or of the wiper function on the driver side only, increasing the risk of a crash.
Fuel System, GasolineSep 2000 · NHTSA campaign 00V277001
Vehicle description: sport utility vehicles. The o-ring seals in the fuel line connector at the outlet end of the fuel filter were damaged when the line was connected to the filter during vehicle assembly. In some cases, this damage could result in a fuel odor, or possibly in fuel dripping from the connection.
Risk: Fuel leakage, in the presence of an ignition source, could result in a fire.
WheelsSep 2000 · NHTSA campaign 00V260001
Vehicle description: some 4x2 sport utility vehicles not equipped with an antilock braking system may have inadvertently been built with 4x4 rear hubs instead of 4x2 hubs. If the incorrect hubs are installed on a 4x2 vehicle, the rear wheels can loosen, or in some cases, separate from the vehicle.
Risk: This condition could cause loss of control of the vehicle, increasing the risk of a crash.
Vehicle Speed ControlAug 2000 · NHTSA campaign 00V210001
Vehicle description: sport utility vehicles equipped with speed control. The speed control cable can have a cracked or missing speed control cable servo cap locating tab. The locating tab could enter the servo clutch cavity and interfere with the speed control servo clutch. Also, water could enter those units that contain a cracked…
Risk: If either of these conditions occurs and the speed control is used, the speed control could prevent the throttle from returning to idle, resulting in a stuck throttle. A stuck throttle could result in a crash.
SteeringAug 2000 · NHTSA campaign 00V223001
Vehicle description: sport utility vehicles. These vehicles may have a mis-assembled or incorrectly manufactured nut that attaches the steering wheel assembly to the steering column. The nut could be upside down in the steering wheel assembly, which could overstress the steering column shaft when the nut is tightened. In addition…
Risk: Either of these conditions can lead to the steering wheel becoming loose or separating from the steering column, resulting in loss of steering control.