1993 TALBOT EXPRESS2.0L Petrol

The vehicle presents a significant roadworthiness risk, with a maintenance trend that is rapidly worsening. The most recent test on 24 July 2024 at 137,676 miles resulted in a failure due to critical structural issues, specifically integral body structure corrosion that reduces assembly rigidity below the windscreen. This follows a pattern of escalating mechanical and structural deterioration, including a failing fuel tank, excessive exhaust emissions, and multiple instances of corroded brake pipes and hoses. The vehicle is currently not in a roadworthy condition based on these recurring and intensifying defects. The mileage pattern indicates very low usage for a 33-year-old vehicle, averaging approximately 4,172 miles per year. The recorded mileage has progressed from 130,484 miles in December 2020 to 137,676 miles in July 2024. While low mileage often suggests less mechanical wear, the MOT history suggests this vehicle may have suffered from long periods of inactivity or neglect. This is evidenced by the frequent appearance of perished tyres, corroded brake components, and deteriorating rubber gaiters, which are common symptoms of vehicles that sit stationary for extended periods. A prospective buyer must prioritise a thorough inspection of the vehicle's structural integrity. The record shows a chronic progression of corrosion, moving from minor anti-roll bar bracket issues in January 2022 to serious structural weakness in the rear x-member in June 2024 and ultimately to compromised body rigidity in July 2024. The chassis and mounting points appear to be in a state of advanced decay. Any purchase would require immediate and potentially extensive welding and structural repairs to meet safety standards. Beyond the chassis, the braking system requires urgent attention. The tester repeatedly flagged corroded brake pipes, worn or pitted brake discs, and binding rear brakes across multiple years, most recently in the July 2024 test. The steering and suspension also show a history of instability, with recurring faults involving track rod ends, steering rack gaiters, and worn shock absorber bushes. The combination of structural rot, fuel system leaks, and deteriorating braking hardware makes this a high-risk vehicle that requires significant mechanical reinvestment.