1996 Toyota Celica 2.0L Petrol · P808 DCH

The vehicle most recently passed its MOT on 24 April 2026, however, the overall maintenance trend is markedly worsening. While earlier tests showed only minor cosmetic concerns, the most recent cycle included a major failure due to excessive corrosion of the offside rear suspension mounting area and sill, which significantly reduced structural integrity. The accumulation of multiple recurring advisories suggests a shift from preventative maintenance to a reactive approach, with several mechanical issues now persisting across multiple years. With a recorded mileage of 257,364 miles over approximately 30 years, the vehicle has averaged roughly 8,579 miles per year. This is a typical usage rate for its age, but the high absolute mileage implies significant wear on all primary mechanical components. Prospective buyers should expect advanced wear on engine internals, gearbox synchronisers, and suspension bushings, as well as general fatigue of the chassis and drivetrain components associated with such high long-term usage. Immediate attention must be paid to the recurring advisories regarding fuel pipe corrosion and exhaust leaks. Corroded fuel lines represent a significant safety hazard and should be inspected for weeping or severe scaling. The history of leaks in both the front and central exhaust sections indicates a system nearing the end of its service life; listen for an increased drone or popping sounds during the test drive. Furthermore, the persistent oil leak noted since 2024 requires a thorough inspection of the engine bay and underside to determine if the source is a simple gasket failure or a more serious internal seal leak. The braking system shows a pattern of degradation, with rear discs previously noted as pitted and scored, alongside a consistently high handbrake travel. During a physical inspection, check the rear discs for heavy corrosion and ensure the calipers are not binding. On the road, test the handbrake holding power on an incline and feel for any shuddering or unevenness under braking. Given the previous structural failure of the sill, a comprehensive inspection of the underbody and wheel arches is essential to ensure that the repairs were carried out to a professional standard and that further corrosion is not hidden beneath underseal.