2014 Tesla Model S Electricity · RO64 USY

The vehicle is currently roadworthy, but the MOT history reveals a reactive approach to maintenance rather than preventative care. While it passed its most recent test in April 2026 at 92,369 miles, this followed a failure just five days prior. The trend indicates that the owner only addresses faults when they reach a legal failure point, as evidenced by the repeated failures regarding tyres and suspension components across the last two testing cycles. At 92,369 miles over 12 years, the car has averaged approximately 7,700 miles per year, which is consistent with typical UK usage for a vehicle of this age. The data shows steady annual mileage, with roughly 7,000 miles covered between the April 2025 and April 2026 tests. This consistent usage pattern suggests the vehicle has not sat idle for long periods, though the low mileage has not prevented the degradation of rubber-based and metal components due to the vehicle's heavy weight and environmental exposure. A buyer must conduct a close inspection of the front suspension geometry, as the April 2026 failure flagged both the nearside lower and offside upper arm ball joints as being excessively worn. These components are critical for steering precision and safety, and their failure often leads to uneven tyre wear. The record also shows a persistent issue with pitted and scored brake discs dating back to at least 2024. While these have not caused failures yet, the recurring nature of the corrosion suggests the brakes may not be used frequently, which is common in electric vehicles that rely heavily on regenerative braking. The history also highlights a lapse in basic tyre management, with multiple rear tyres failing for low tread in 2025 and exposed cords in 2026. The buyer should verify the current tread depth and age of all tyres and check for alignment issues. Additionally, the windscreen damage noted in the most recent test should be monitored to ensure it does not develop into a crack that compromise the driver's view or the structural integrity of the glass.