Ford Hires Safety Chief as 79,579 SUVs Face Unexpected Driver-Seat Movement

Ford is putting new leadership over vehicle safety while confronting another defect that reached customers. The company has appointed former federal safety official David Hines as chief auto safety officer as it recalls 79,579 Ford Explorer and Lincoln Aviator SUVs whose powered driver seats may move without input.

The recall covers Explorer and Aviator SUVs from the 2026 and 2027 model years. The power memory driver’s seat may move or recline unexpectedly, and a potential injury risk to second-row passengers has been identified. The available information does not specify the affected component, explain the engineering mechanism or provide repair instructions, so it would be premature to infer why the movement occurs or how dealers will correct it.

That uncertainty makes the defined scope especially important for owners: the confirmed issue is unintended powered-seat movement, not a documented effect on steering, braking or other vehicle controls. Owners should rely on Ford and federal recall communications for vehicle-specific eligibility and remedy information rather than assuming every Explorer or Aviator is included.

A safety role that crosses organizational boundaries

Hines, who previously spent more than 13 years directing the National Highway Traffic Safety Administration’s Office of Crash Avoidance Standards, will oversee global product-safety compliance, governance and strategy. According to details of Ford’s new safety organization, he will coordinate work spanning engineering, software, manufacturing, quality and purchasing.

That cross-functional mandate is more consequential than the executive title alone. A powered memory seat is not simply a mechanical assembly: its operation can involve motors, switches, stored-position functions, electronic controls, wiring and software. Nothing currently establishes which part of that system is involved in this recall. The broader engineering point is that preventing a defect from reaching customers requires responsibility across the full product lifecycle, from requirements and component sourcing to validation, assembly and field monitoring.

Ford’s organizational response suggests it is trying to connect those stages instead of treating recalls solely as service events. Hines has been tasked with preventing safety defects from reaching customers, meaning the role extends upstream into product development and manufacturing rather than beginning only after a field problem has been identified.

Recall volume raises the standard for prevention

The appointment comes amid sustained pressure on Ford’s quality and recall systems. Ford has issued 64 recalls affecting more than 13 million vehicles in 2026 and continues to have the industry’s highest recall rate. Those totals span different products and defects, so they do not establish a common technical cause. They do, however, create a substantial workload for engineering teams, regulators, dealers and owners.

Ford is also operating under a three-year independent monitor established through a $165 million consent order. The oversight covers recall processes, data analytics and compliance and followed delayed action involving an earlier rearview-camera defect. That history makes early detection, escalation and regulatory reporting central parts of the company’s quality challenge not merely the design of individual components.

The company has already reorganized parts of its industrial system after the troubled 2023 Super Duty launch. Software glitches and shortages of critical parts disrupted that rollout, which cost Ford $1 billion. Ford subsequently replaced two-thirds of its leaders across engineering, manufacturing, supply chain and industrial operations, while CEO Jim Farley pushed the organization to prioritize resolving defects over production speed.

Those changes address a recurring systems-integration tension. Production targets, software maturity, component availability and validation findings often converge near launch, when schedule pressure is highest and changes become more expensive. Giving safety leadership authority across purchasing, software, engineering and manufacturing can improve the path for escalating concerns, but the effectiveness of that structure will depend on whether teams identify and resolve problems before vehicles leave the factory.

The 79,579-SUV recall is therefore both an immediate owner issue and a measurable test of Ford’s broader reorganization. Hines inherits responsibility not just for managing defects once documented, but for building controls capable of stopping the next one earlier in development.

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