Ford has patented a system that allows parked vehicles to autonomously relocate themselves to avoid collisions. The technology relies on external cameras to detect imminent impacts that drivers cannot prevent, then automatically moves the vehicle out of harm's way.

The system works by monitoring the surrounding area while a car sits parked and unoccupied. When the cameras detect an incoming vehicle or object on a collision course, the patented technology assesses whether the impact is unavoidable. If it determines evasion is possible, the car's engine starts and steering engages to move the vehicle to a safer location, then shuts down once the threat passes.

This represents Ford's effort to reduce parking-lot and street-side damage from other drivers. Fender benders in parking lots cause billions in insurance claims annually, with many incidents involving parked cars that owners cannot anticipate or prevent.

The technology builds on existing Ford systems like Co-Pilot360, which uses cameras and radar for driver assistance features. However, this patent takes autonomy a step further by allowing the vehicle to act without human input while parked.

Practical deployment faces obstacles. The system requires precise geofencing to ensure parked cars don't wander into traffic or private property. Regulatory approval for autonomous movement of unoccupied vehicles remains uncertain. Insurance liability also becomes complicated if a moving parked car causes its own accident while evading another impact.

Ford has not announced plans to bring this technology to production vehicles. Patents often represent exploration of future possibilities rather than confirmed feature rollouts. The automaker files hundreds of patents annually on experimental technologies that never reach customers.

Other manufacturers explore similar concepts. Tesla's vehicles already use cameras and AI for parking surveillance, though without autonomous relocation capability. Volvo has tested autonomous parking technology, but moving parked cars to avoid collisions remains largely unexplored territory across the industry.

If deployed successfully,