Ford Motor Company initiated two separate safety recalls this week affecting 110,626 vehicles across the United States. The campaigns target distinct engineering failures in both traditional combustion models and modern electric architectures. The National Highway Traffic Safety Administration escalated both defects as critical hazards. The regulatory action centers on the severe crash risk posed during adverse weather conditions and unprompted rollaway incidents.
The larger of the two campaigns affects 67,842 gas-powered Mustangs from the 2024 through 2026 model years. This group includes the high-performance $325,000 Mustang GTD. A supplier flashed a 32-kilobyte software setting onto a 16-kilobyte circuit board. That mismatch causes the windshield wiper motor to lose communication when temperatures drop to 32 degrees Fahrenheit or below. The wipers lock on high speed while disabling the washer fluid pump entirely.
Ford has recorded 35 warranty claims tied to the wiper defect but no accidents.
The second campaign involves 42,784 Mustang Mach-E electric crossovers. The recall covers rear-wheel-drive units from the 2021 to 2023 model years. The rear differential pinion shaft can fracture under mechanical stress. A broken shaft leaves the vehicle vulnerable to unexpected motive power loss while driving. It also allows the vehicle to roll away if parked without the electronic parking brake engaged. Ford tracked 62 warranty claims and 14 quality reports pointing to bending fatigue as the primary root cause.
Dealers will inspect and replace the defective components free of charge. Ford scheduled notification letters to mail out in July 2026. Parts availability will dictate the timeline. Some replacement wiper components are not expected to reach service centers until 2027.
Why It Matters
These two campaigns add to a historically difficult production cycle for Ford’s quality control division. The automaker has logged 56 individual recall campaigns impacting over 11 million vehicles in the first half of 2026 alone, maintaining an industry-leading recall volume. That failure rate continues to strain the manufacturer’s operational reputation.
The defects highlight the dual pressures legacy automakers face on the assembly line. Ford is currently battling supply-chain software errors in traditional high-performance combustion models alongside fundamental mechanical stress failures in newer EV architectures. Quality containment strategies must now bridge entirely different manufacturing disciplines simultaneously.