1996 Toyota Celica 2.0L Petrol · P323 CRN

Chronic structural corrosion and emerging steering rack wear define the mechanical profile of this vehicle, which passed its last MOT on 2025-12-01. The record shows a persistent trend of rust affecting the sills and rear subframe, alongside a history of exhaust system failures and leaks. Recent entries indicate a decline in the condition of the steering assembly and the appearance of fluid seepage from the power steering pump, suggesting a pattern of age-related degradation across multiple critical systems. The recorded mileage of 239,931 miles is high for a vehicle of this age, averaging approximately 12,628 miles per year. This level of sustained usage typically results in accelerated wear on the drivetrain, engine internals, and suspension components compared to lower-mileage examples. Such high accumulation increases the likelihood that bushings, bearings, and other consumables have reached the end of their service life, requiring closer scrutiny of the vehicle's mechanical tolerances. Inspection should focus heavily on the structural integrity of the chassis, specifically the sills and the rear subframe where corrosion has been repeatedly flagged, including a recorded pin hole in the nearside rear outer structure. During a test drive, pay close attention to the steering feel for any vagueness or clicking, which would correlate with the recorded play in the steering rack inner joint and previous track rod end wear. The presence of a chafed offside front brake hose and previously pitted brake discs necessitates a thorough check of the braking system for any sponginess or uneven pedal pressure. The exhaust system has a documented history of major leaks and lambda sensor failures, so listen for excessive noise or a rough idle that could indicate recurring exhaust gas leaks. Additionally, the recorded seepage from the power steering pump and a previous offside rear oil leak should be verified by inspecting the engine bay and undercarriage for fresh fluid deposits. Any unusual vibrations or knocks when traversing uneven surfaces should be noted, as these may be linked to the corroded suspension component mounting areas identified in the most recent test.