Ford recall sits at the center of this dementia and brain health question.

Ford has recalled over 254,000 SUVs due to a software defect that causes critical driver-assistance features to stop working unexpectedly. Specifically, 2022–2025 Lincoln Navigator and Nautilus models, 2025 Lincoln Aviator, and 2025 Ford Explorer vehicles are affected by an Image Processing Module A (IPMA) failure that disables pre-collision assist, lane-keeping assist, blind-spot monitoring, and rearview camera functionality during high-traffic conditions. For older drivers, caregivers, and people managing cognitive changes, this is significant because these safety features compensate for reaction time delays and attention lapses that naturally occur with age.

This article explains what’s happening, which vehicles are impacted, what you should do if you own one of these vehicles, and how the fix will be delivered. The recall was announced on March 24, 2026, and owner notification letters began mailing on March 30, 2026. Ford reports zero crashes, injuries, or fires connected to this defect, but the company recognized the risk posed by the sudden loss of critical safety systems and initiated the recall proactively. The fix is a software update delivered at no cost to owners, either through over-the-air (OTA) delivery or at a Ford dealership.

Which Ford and Lincoln Models Are Affected by This Recall?
What Is the Software Defect, and Why Does It Happen?
Which Safety Features Are Lost When This Defect Occurs?
What Should Owners of Affected Vehicles Do Right Now?
When Will the Fix Be Available, and How Will It Be Delivered?
Why Didn’t Ford Catch This Before Vehicles Were Delivered?
What Does This Recall Mean for Vehicle Safety Technology and Older Drivers?
Conclusion

Which Ford and Lincoln Models Are Affected by This Recall?

The recall impacts approximately 254,640 vehicles across four model lines and two manufacturers under the Ford corporate umbrella. The affected vehicles are 2022–2025 Lincoln Navigator SUVs, 2024–2025 Lincoln Nautilus models, 2025 Lincoln Aviator vehicles, and 2025 Ford Explorer SUVs. These are primarily large, family-oriented vehicles that many older adults and multi-generational households rely on for transportation.

The Navigators and Aviators are full-size luxury SUVs designed for long-distance driving and towing, while the Nautilus is a mid-size crossover and the Explorer is a mid-size SUV. If you own a 2025 Ford Escape, 2024 Bronco, or other Ford models from this era, check the NHTSA website with your Vehicle Identification Number (VIN) to confirm whether your specific vehicle is included. The recall applies only to the specific model years listed above, so a 2023 Lincoln Navigator would not be affected, but a 2024 model would be. Ford and Lincoln owners can search the National Highway Traffic Safety Administration (NHTSA) recall database at safercar.gov to determine eligibility, and affected owners should begin receiving formal notification letters by mail in late March 2026.

Which Ford and Lincoln Models Are Affected by This Recall?

What Is the Software Defect, and Why Does It Happen?

The defect lies in the Image Processing Module A (IPMA), a computer system that processes visual information from the vehicle’s cameras and sensors to power driver-assistance features. Under normal driving conditions, the IPMA works as designed, continuously monitoring the road, identifying obstacles, and alerting drivers to hazards. However, during dense traffic—either in heavy vehicle congestion or crowded pedestrian areas—the module can become overwhelmed by the volume of moving objects it’s trying to track simultaneously.

When the IPMA encounters this processing overload, the software can reset unexpectedly, and this reset can repeat across multiple ignition cycles if traffic remains heavy or the vehicle is driven repeatedly in high-traffic conditions. Each time the module resets, the driver loses access to the safety features it controls. This differs from a simple software crash that might require a restart; the defect can create an intermittent condition where features disappear and reappear unpredictably. For drivers with slower reaction times or attention difficulties—populations common among older adults and people with certain cognitive changes—the sudden absence of lane-keeping assist or pre-collision warnings significantly increases accident risk.

Which Safety Features Are Lost When This Defect Occurs?

The IPMA controls four critical driver-assistance systems, all of which help prevent collisions and keep vehicles safely in their lanes. Pre-collision assist detects obstacles ahead and can automatically apply braking if a collision seems imminent, providing crucial reaction time for drivers who might be slower to respond. Lane-keeping assist gently guides the vehicle back into its lane if the car begins to drift, a feature especially valuable for drivers experiencing fatigue or cognitive distraction. Blind-spot monitoring uses cameras to detect vehicles in the driver’s blind spots and alerts the driver with audible or visual warnings, reducing the risk of side-impact collisions during lane changes.

The rearview camera, while perhaps the most basic of these systems, is essential for safe backing and detecting obstacles or pedestrians behind the vehicle. For aging drivers with reduced neck mobility or spatial awareness challenges, a functioning rearview camera significantly reduces low-speed backing accidents. When the IPMA resets, all four of these features stop working until the module recovers or is serviced. The danger is not constant—these features return when the module recovers—but the unpredictability creates a hazardous situation where drivers cannot rely on these safety systems to be present when needed most.

Which Safety Features Are Lost When This Defect Occurs?

What Should Owners of Affected Vehicles Do Right Now?

If your 2025 Ford Explorer, 2024–2025 Lincoln Nautilus, 2025 Lincoln Aviator, or 2022–2025 Lincoln Navigator is on the NHTSA recall list, the immediate action is to await your owner notification letter, which should arrive by early April 2026. The letter will contain specific instructions for receiving the software update. However, do not wait passively if you believe your vehicle is already experiencing the defect—if you notice that driver-assistance features are turning off unexpectedly, especially during heavy traffic or when driving in busy urban areas, contact your local Ford or Lincoln dealership immediately and describe the symptom.

In the interim, take additional precautions to offset the potential loss of these safety features. If you’re the primary driver, be extra vigilant about checking blind spots before lane changes, avoid heavy traffic when possible, and reduce driving speed in congested areas. If you’re a caregiver managing transportation for an older adult with this vehicle, consider temporarily limiting long drives or high-traffic situations until the update is installed. These compensatory measures are not permanent solutions—they’re stop-gaps until the software fix can be applied.

When Will the Fix Be Available, and How Will It Be Delivered?

Ford is delivering the software update via two methods to maximize convenience and reach. Owner-notification letters that began mailing on March 30, 2026, will specify which method applies to each vehicle. Some owners will receive the update over-the-air (OTA), meaning the vehicle will download and install the software update automatically while parked at home, similar to how smartphone updates work. This method requires no dealership visit and no time off work.

Other owners may need to schedule a service appointment at a Ford or Lincoln dealership, where technicians will install the update in-person, a process that typically takes less than an hour. The fix is provided at no cost to vehicle owners—there are no service charges, parts fees, or diagnostic charges associated with this recall. For owners who receive OTA updates, the process is completely seamless and invisible. For owners requiring a dealership visit, Ford will schedule appointments based on regional capacity, so expect some variation in availability depending on your location and dealership workload. If you have a preferred dealership, calling ahead to schedule can help reduce wait times.

When Will the Fix Be Available, and How Will It Be Delivered?

Why Didn’t Ford Catch This Before Vehicles Were Delivered?

Software testing for vehicles occurs under controlled laboratory conditions that may not replicate the full range of real-world traffic density and complexity that millions of vehicles encounter daily. The Image Processing Module A passed all manufacturer testing, but the specific combination of factors required to trigger the defect—sustained high-volume object tracking over multiple ignition cycles—emerged only after tens of thousands of vehicles were on the road in varied traffic conditions. This is not unusual in automotive recalls; software-based issues increasingly appear only after vehicles are in customer hands and exposed to genuine-world complexity.

Ford’s decision to recall over 250,000 vehicles rather than wait for widespread crash reports or injuries reflects an abundance-of-caution approach to safety. The company reported zero crashes or injuries related to this defect as of the March 2026 announcement, meaning the recall is preventive rather than reactive. This is the preferred outcome for consumers and regulators, though it also highlights why vehicle owners should stay informed about recalls—a silent defect that hasn’t yet caused accidents is still a real safety risk.

What Does This Recall Mean for Vehicle Safety Technology and Older Drivers?

This recall is a reminder that advanced safety features, while beneficial, introduce new failure modes that simpler vehicle systems do not face. A mechanical brake system fails predictably and is usually repairable; a software module can fail intermittently and require troubleshooting. For older drivers and people with cognitive changes, this creates a complex trade-off: these vehicles offer more collision-prevention technology than ever before, but that technology depends on flawlessly functioning software systems. The recall demonstrates that manufacturers are monitoring these systems and willing to fix problems when discovered, which is reassuring, but it also suggests that drivers should not become entirely reliant on automated features.

Looking forward, the automotive industry will likely see more recalls of this type as vehicle systems become increasingly software-dependent. Buyers and owners should expect that advanced driver-assistance features will occasionally require updates or repairs, and that the traditional relationship between vehicle age and reliability may shift. For aging drivers and caregivers, this means regular check-ins on recall status, prompt installation of updates, and maintaining a realistic assessment of which features can and cannot be relied upon at any given time. The technology is valuable—it saves lives—but it is not foolproof, and awareness of its limitations is essential.

Conclusion

Ford’s recall of over 254,000 Lincoln and Ford SUVs for an Image Processing Module A software defect is a safety-focused action affecting vehicles manufactured for 2022–2025 model years. The defect causes driver-assistance features—pre-collision assist, lane-keeping assist, blind-spot monitoring, and rearview camera—to stop working unexpectedly in high-traffic conditions, creating genuine safety risk for all drivers but particularly for older adults and people experiencing age-related cognitive changes. The fix is a free software update being delivered over-the-air or through dealership service, with no cost to owners and no crashes or injuries reported to date.

If you own one of the affected vehicles, check the NHTSA database with your VIN, review your owner notification letter when it arrives in early April 2026, and schedule the software update at your convenience. In the meantime, take extra care in heavy traffic and don’t hesitate to contact your dealership if you notice driver-assistance features disabling unexpectedly. This recall underscores why staying informed about vehicle recalls, regular maintenance, and realistic awareness of technology limits remain essential for safe driving across all age groups.