2005 TVR Tuscan 3.6L Petrol · A5 GVH

The 2005 TVR Tuscan presents a stable and improving maintenance trend, culminating in a clean pass on 10 July 2025 at 83,613 miles with zero defects recorded. The most recent test is highly current relative to today's date, sitting just under twelve months old. A single failure on 7 February 2023 at 81,752 miles for exhaust emissions faults, specifically excessive hydrocarbons, carbon monoxide, and an out-of-specification Lambda reading, was evidently resolved promptly, as the car passed on 24 March 2023 at 81,892 miles with no further issues. Four consecutive clean passes since then indicate the emissions problem was a one-off rather than a persistent mechanical concern. The mileage pattern tells a clear story of sparing use. Across roughly twenty-one years, the car has covered approximately 83,613 miles, averaging just under 4,000 miles per year. The intervals between tests show modest accumulation: 928 miles between the February and March 2023 tests, 1,073 miles over the following year to July 2024, and 648 miles in the twelve months to July 2025. There are no suspicious gaps or sudden jumps in recorded distance. The annual test rhythm is consistent, and the low mileage suggests the car has likely spent extended periods stationary, a factor worth weighing during any physical inspection. Despite the clean recent record, a prospective buyer should approach this vehicle with the scrutiny a hand-built British sports car demands. The 2023 emissions failure, while resolved, warrants a close look at the exhaust system, Lambda sensors, and catalytic converter for signs of deterioration or amateur repairs. Given the low annual mileage and likelihood of prolonged stationary periods, inspect all rubber components carefully, including suspension bushes, tyre sidewalls for age-related cracking, and brake calipers for seizure or binding. Check for corrosion on the chassis, subframes, and sill structures, as TVR's composite body can mask underlying steelwork decay. The braking and steering systems should be examined for stiffness or uneven wear consistent with infrequent use. A compression test and thorough cold-start assessment would be prudent to verify the engine's mechanical health beyond what an MOT emissions reading alone can confirm.