Ford has identified a software error in certain 2013-2014 Escape and C-Max vehicles that could cause a delayed deployment of the side curtain rollover air bags. According to reports filed with the NHTSA, the supplier of the Restraint Control Module (RCM), reversed polarity of the vertical axis sensing configuration file of the Safety Canopy System. The deployment of the safety canopy may be delayed in certain rollover circumstanced, potentially increasing the risk of injury during an accident. Continue reading

Jaguar Land Rover North America have filed several non compliance reports with the NHTSA and will be asking owners of certain Jaguar and Land Rover vehicles to return to an authorized dealer for repairs.

The first problem involves 2013-2014 Jaguar XF, XJ, and XK vehicles. Reports filed with the NHTSA state that during prolonged aggressive driving with frequent lateral and braking force, it is possible for the rear toe link to separate from the rear sub frame. Once separated, the orientation of the rear wheels could be affected, compromising stability and directional control. The problem can significantly increase the risk of an accident. Dealers will replace the nut and washer assembly on the rear toe links, free of charge. Jaguar’s number for this recall is J037 and the NHTSA campaign number is 14V-157. Continue reading

An investigation has lead Nissan to identify a problem in certain Nissan and Infiniti vehicles, where the passenger air bag did not deploy and the air bag status light was not illuminated. The investigation uncovered a problem in which the Occupant Classification System (OCS) classified the seat as empty even though it was occupied. Nissan will be sending notices to owners with instructions on how to get their vehicles repaired. Continue reading

Tesla has acknowledged a problem affecting certain Universal Mobile Connectors (“UMC”) NEMA 14-50 adapters used to charge Tesla Model S vehicles. According to the recall report, a variety of factors such as corrosion, physical damage to receptacles, or inappropriate installation of electrical outlets can cause higher than normal electrical resistance. Electrical resistance heating in the adapter or at the wall socket could lead to melting of the adapter, cord or wall receptacle. There is also the possibility of electrical arcing that could lead to fire. Continue reading