Ford recalls 90K vehicles due to engine valve risk
- A recall has been issued for around 90,700 Ford and Lincoln vehicles due to a risk of engine intake valve failure.
- The affected models include the 2021-2022 Ford Bronco, Edge, Explorer, F-150, Lincoln Aviator, and Nautilus, all equipped with specific EcoBoost engines.
- Ford aims to address the issue by providing free engine replacements and minimizing customer inconvenience through various services.
Ford has initiated a recall affecting approximately 90,700 vehicles, including models such as the 2021-2022 Ford Bronco, Edge, Explorer, F-150, Lincoln Aviator, and Nautilus. The recall was prompted by concerns that the engines in these vehicles may have intake valves that are prone to cracking and breaking. This issue could lead to severe engine damage and a potential loss of power, increasing the risk of accidents. Fortunately, no incidents or injuries have been reported related to this defect so far. The automaker reported the recall to the National Highway Traffic Safety Administration (NHTSA) on August 23. Ford has stated that the problem with the intake valves is likely to manifest early in the vehicle's lifespan, which raises concerns for owners of the affected models. To address this issue, Ford will provide free engine replacements for vehicles that fail an engine cycle test. In addition to the engine replacements, Ford is committed to minimizing inconvenience for customers by offering pick-up, delivery, and rental services during the repair process. Notifications to vehicle owners will be sent out in early October, while dealers will be informed by the end of September. Owners who have already paid for repairs may be eligible for reimbursement under the NHTSA's recall reimbursement plan. Ford emphasizes its commitment to quality and safety, aiming to prevent issues before they arise and responding swiftly when they do. The company has reported improvements in both launch and long-term vehicle quality, reflecting its dedication to customer satisfaction and safety.