1996 Volkswagen Corrado 2.9L Petrol · P25 UAP

The vehicle is currently roadworthy, having passed its most recent MOT in March 2026 at 125,344 miles with no recorded defects. However, the history shows a significant decline in mechanical condition between 2020 and 2023. While the 2026 result suggests that previous issues have been addressed, the 2023 record reveals an extensive list of suspension and structural concerns that indicate a period of deferred maintenance or accelerated wear due to the vehicle's age. At 125,344 miles, this thirty-year-old Corrado shows low mileage, averaging approximately 4,178 miles per year. The data reveals a notable gap in usage between 2020 and 2023, where the car covered only 1,075 miles in three years. The subsequent increase of 800 miles over the last three years suggests the vehicle remains driven infrequently. This pattern of low mileage often leads to the degradation of rubber components and dry seals, which aligns with the multiple bushing failures noted in the later tests. A buyer must conduct a thorough physical inspection of the sills and integral body structures. The records consistently flag corrosion on the nearside and offside front upper sills. While the 2023 tester noted structural rigidity was not yet reduced, the presence of rust in these areas is a long-term risk for this model. You should also examine the front lower arm bushes, upper Macpherson strut pins, and anti-roll bar linkages. These components were flagged as worn in multiple tests, indicating the suspension is nearing its service life. The braking system and drivetrain also require close attention. The 2023 test identified corrosion on the rear brake hose ferrules and slight play in both rear wheel bearings. Given the non-excessive oil leak noted during that same period, the buyer should check for active weeping around the engine gaskets and oil pan. Although the 2026 test was clean, the high volume of suspension-related advisories suggests the vehicle is prone to recurring component failure that requires constant monitoring to maintain roadworthiness.