2016 Toyota Auris 1.8L Hybrid electric · FD65 OAN

The vehicle presents a concerning pattern of recurring roadworthiness failures specifically targeting lighting systems and parking brake functionality over the last two years, culminating in a recent major failure in November 2025. While the record shows a clean pass in November 2023, the subsequent failures in late 2024 and early 2025 indicate a deterioration in electrical integrity and braking performance that requires immediate attention before use. The November 2025 test highlighted a critical parking brake efficiency issue alongside a non-functional nearside main beam headlamp, suggesting that the vehicle is not currently roadworthy for legal operation. With a recorded mileage of 321,302 miles on a 2016 model, the vehicle has accumulated approximately 32,130 miles annually, placing it in the high-use category for its age. This annual average suggests significant wear on drivetrain components, suspension bushes, and brake pads/discs, compounded by the recent history of failures which often correlate with high usage. The consistent testing interval of approximately one year indicates regular road use rather than extended periods of inactivity, meaning the mechanical components have been subjected to the cumulative stress of daily driving over a decade. Prospective buyers must rigorously test the lighting circuits, specifically checking that the nearside main beam operates correctly and that all stop lamps illuminate when the pedal is depressed. The November 2025 failure regarding the parking brake indicates potential issues with the cable tension, caliper operation, or rear drum/disc adjustment, so the handbrake must be tested on a slope to ensure it holds the vehicle securely without excessive travel. Given the recurring nature of the stop lamp and headlamp faults, a thorough inspection of the fuse box and wiring loom connections is advised to identify any potential corrosion or loose terminals that may be intermittently cutting power to these critical safety systems.