1996 Toyota MR2 2.0L Petrol · N798 BRB

The vehicle passed its most recent MOT test on 4 June 2026 with no defects recorded, which represents a positive and stable outcome at the time of inspection. However, the broader trend over the past two years is notably inconsistent, with two outright failures recorded in the spring of 2026 alone. The pattern reveals a cluster of issues centred on the exhaust system, emissions compliance, and front suspension integrity, with a dangerous defect noted for excessive nearside front wheel bearing play that warranted immediate withdrawal from service. While the successful retest in June suggests these concerns have been resolved, the recurrence of exhaust and emissions problems across multiple test attempts indicates that prospective buyers should verify the nature, quality, and longevity of any remedial work undertaken, particularly given the dual failures for catalytic converter absence and elevated carbon monoxide readings. With a recorded mileage of 97,491 miles spread over thirty years, this Toyota MR2 has covered an average of approximately 3,250 miles annually, which is unusually low for any road vehicle. Such restrained usage suggests periods of light running, possible long-term storage, or intermittent use rather than consistent daily driving. While low mileage reduces wear on major drivetrain components, it often accelerates deterioration of items affected by standing, age, and infrequent servicing. Rubber components, brake systems, and lubricants are particularly susceptible to degradation when a vehicle is used sparingly, and the implications for a thirty-year-old mid-engined sports car with complex suspension geometry should not be understated. Given the recurring steering rack gaiter advisories from 2025, the buyer should inspect both gaiters for splits, perishing, or grease leakage, and check for any seepage around the rack itself, as deteriorated gaiters will eventually allow contamination and accelerated wear of internal components. The dangerous wheel bearing defect noted in April 2026 warrants a physical check for any residual play, roughness, or noise from the nearside front hub, ideally by jacking the vehicle and rotating the wheel by hand to detect roughness or slack. Suspension bushes, coil springs, and anti-roll bar linkages should also be examined, particularly given the failed offside rear anti-roll bar attachment in 2024, as perished bushes are common on low-mileage cars that have stood for extended periods. On a test drive, listen for clunks or knocking over bumps, pay attention to steering precision, and feel for any vibration through the wheel that might suggest hub or brake disc issues. The exhaust and emissions history demands particular attention. The recurring failures for catalytic converter absence, elevated hydrocarbons and carbon monoxide content, and exhaust gas leaks suggest that the system has been repaired or replaced more than once. A physical inspection underneath should confirm the presence and security of a catalytic converter, check all joints and mounting rubbers for integrity, and ensure the system is not emitting excessive noise. Tyres should be checked for age-related sidewall cracking and perishing regardless of tread depth, as tyres older than seven or eight years may require replacement even if they appear serviceable. The 12V battery should be load-tested, brake discs inspected for corrosion pitting from standing, and the condition and age of all major fluids verified, including engine oil, coolant, brake fluid, and gearbox oil, given that calendar-based degradation rather than mileage accumulation will be the primary concern with a vehicle of this profile and usage pattern.