2001 Toyota Celica 1.8L Petrol · RO51 OVD

The 2001 Toyota Celica passed its most recent MOT on 1 September 2025 at 162,824 miles, with only a minor advisory for corrosion to the central rear subframe mounting area, which was not deemed excessive. The maintenance trend over the past three years is broadly stable, showing a pattern of recurring but managed corrosion issues rather than sudden mechanical deterioration. The tester flagged the same structural corrosion points repeatedly, indicating the vehicle has been kept in a roadworthy state without allowing critical defects to escalate between tests. The mileage progression tells a story of very light recent use. Between the August 2023 pass at 161,904 miles and the September 2025 pass at 162,824 miles, the car covered just 920 miles over roughly two years. The August 2024 failure and retest both recorded 162,523 miles, meaning the car sat idle or barely moved for over a year before its 2025 test. This ultra-low annual mileage of roughly 6,500 miles over its 25-year life is typical for the age, but the recent near-standstill period raises questions about fuel system condition, tyre age, and brake seizure from prolonged parking. A buyer should focus the physical inspection on the rear suspension and underbody, where the MOT history consistently flags corrosion. The rear trailing arm mountings, rear coil springs, and rear brake pipes have all been noted for corrosion across multiple tests, with the August 2024 failure highlighting a corroded fuel filler neck that was leaking. The rear brake pipes were described as corroded and covered in grease or other material, suggesting a patch repair approach rather than full replacement. The nearside front shock absorber was flagged in August 2024 for negligible damping and knocking, and while this did not appear in the 2025 test, it warrants a bounce test and close inspection for fresh oil misting or play. Structural integrity demands particular attention. The August 2024 failure recorded corrosion significant enough to reduce rigidity in the nearside rear wheel arch area, a prescribed structural point. Although the subsequent 2025 pass suggests this was addressed, a buyer should probe the inner sills, rear wheel arches, and subframe mounting points with a torch and screwdriver to confirm the repair quality. The fuel filler neck corrosion and oil leaks, while minor, point to an ageing car that has spent time exposed to moisture and road salt. Check tyre sidewalls for cracking given the low mileage and age, and test all brake calipers for binding given the history of corroded rear brake pipes.