Ford Replaced Two-Thirds of Key Leaders After Super Duty Quality Failure

Two-thirds of Ford’s leaders across manufacturing, engineering, supply chain and its wider industrial system have been replaced since the troubled 2023 F-Series Super Duty launch, chief executive Jim Farley disclosed in an interview with the Detroit Free Press. Some replacements were outside hires and others were internal promotions, while Ford also created new technical positions.

The scale of that turnover reflects the scope of the disruption. Software problems, semiconductor shortages and other quality issues left thousands of nearly completed fifth-generation Super Duty trucks parked at sites around the United States. Ford had to inspect, complete and repair the vehicles before releasing them to dealerships.

Farley called the launch “a catalyst for change.” Ford subsequently recruited hundreds of leaders and technical specialists, reorganized work across previously separated functions and removed managers associated with an “it’s good enough” approach. The company has not provided a person-by-person account of dismissals, so the two-thirds figure is best understood as broad turnover encompassing replacements, promotions and newly established roles.

Holding trucks changed where Ford absorbed the failure

The most consequential process change was not simply parking unfinished vehicles. It was Ford’s decision to absorb the resulting production delay rather than transfer known defects into dealership service departments and later recall campaigns.

We didn’t want to pass along any of the problems to the customer, Farley said. He acknowledged that the decision required Ford to slow production and delay vehicle launches.

From a systems perspective, that shifts the quality gate upstream. A defect discovered after delivery creates a much wider response: owners must be notified, dealers need parts and service capacity, regulators may become involved, and vehicles already dispersed across the country must be scheduled for repair. Containing a defect at the factory or in a controlled holding area is still costly, but the manufacturer retains physical access to the vehicles and can apply a coordinated correction before customers depend on them.

Ford says its revised process also changes what happens after a worker reports a defect. Teams are expected to correct the immediate problem, identify its root cause and establish safeguards against recurrence. Cross-functional participation matters because a modern vehicle fault may sit at the boundary between embedded software, an electronic module, supplier validation and final vehicle integration rather than within one department.

That operating model is also visible in the technical expertise Ford is seeking. A current Ford product-development engineering role, for example, covers supplier software reviews, quality gates, root-cause analysis and vehicle-level validation. It does not prove how every Ford program operates, but it illustrates why manufacturing quality now depends on coordinating software, components, suppliers and system testing throughout development.

An initial-quality win does not settle the recall problem

Ford’s strongest early result is its first-place ranking among mainstream brands in the 2026 J.D. Power U.S. Initial Quality Study. That study measures problems reported during the first 90 days of ownership, making it a useful snapshot of launch execution and the condition of newly delivered vehicles.

It is not, however, a long-term durability verdict. Ford also continues to lead the industry in recalls this year, with 63 recalls reported through the period covered by the disclosure. Those two measurements can move in different directions because they examine different vehicle populations and time horizons. Current initial quality primarily reflects new model-year vehicles, while recalls can involve designs and vehicles produced years earlier.

The continuing recall burden therefore does not erase the initial-quality improvement, but it prevents one favorable ranking from proving that Ford has completed its turnaround. Recent recalls also show the breadth of integration challenges: more than 134,000 vehicles were covered by two July campaigns involving software that could obstruct a rearview-camera image on certain Super Duty trucks and improperly secured window trim on certain Mustang Mach-E vehicles.

Long-term performance will depend on whether Ford’s new leadership and earlier quality gates survive schedule pressure across repeated launches. Karl Brauer of iSeeCars identified the relevant benchmark as five, 10 or 15 years of consistently high-quality production, pointing to Toyota’s decades-long record of limiting post-purchase problems.

Ford has demonstrated that it is more willing to stop, hold and repair vehicles before delivery, even when that decision disrupts production. What remains unproven is whether that discipline can become routine enough that fewer defects require intervention at all and whether today’s improved first 90 days translate into dependable vehicles years after they leave the factory.

By Thomas Caldwell — AMI’s senior editor for mechanical and mobility engineering, covering vehicle electronics, systems integration, electrification, chassis systems, propulsion, and safety policy.