1995 Toyota Supra 3.0L Petrol · N46 AHH

A 31-year-old Toyota Supra carrying a recorded 99,763 miles presents an MOT history that is largely clean on the surface but punctuated by one multi-item failure event and a handful of advisories worth weighing carefully. The most recent test on 6 May 2026 recorded a pass with no defects, mirroring the clean result from 27 February 2025 and a gap of nearly a decade since the previous pass on 30 May 2015, which itself was advisory-free aside from a subsequent tyre and brake pipe note in 2014. That single failure on 1 August 2016, however, listed five separate items including an insecure front body panel, an insecure battery, an inoperative rear fog lamp, an illuminated airbag warning lamp, and a headlamp aim defect on the offside front. While the vehicle has since returned to a clean pass pattern, the cluster of safety-related defects in one sitting suggests the car was off the road and may have undergone recommissioning work between 2016 and 2025; the absence of intermediate tests means that condition between those bookends cannot be verified. Usage data points to a vehicle that has been driven sparingly, with an annual average of around 3,218 miles and a notable gap in MOT testing from August 2016 through February 2025. The 2015 and 2016 tests show mileage consistent with light use, but the long testing void implies the car was either declared SORN, used only on a limited basis, or stored for an extended period. Mechanically, low accumulation over thirty-one years reduces wear on major drivetrain and suspension components, but prolonged standing introduces its own concerns: dry-rotting tyres, stiff suspension bushes, seized brake calipers, oxidation in the braking system, perished fuel lines, and dried seals throughout the engine bay and rear axle area. Given the vehicle's age, even short annual runs on dry days are not enough to keep rubber components, elastomers, and protective underbody coatings in healthy condition. For a prospective buyer, the advisory items recorded in 2011, 2013, and 2014 should be treated as historical indicators of wear patterns rather than current condition. The 2011 note of a minor exhaust leak at the front joint is common on cars of this vintage, often stemming from a deteriorated front downpipe gasket or a hairline crack in the manifold area, and on inspection it would be worth listening for ticking under cold start and a distinct exhaust note at idle. The 2013 and 2014 advisories regarding tyres worn close to the legal limit are expected on a low-mileage car where age rather than tread depth dictates replacement, so all four tyres should be checked for sidewall cracking, perishing, and manufacture date stamps regardless of remaining tread. The 2014 advisory noting a slightly corroded brake pipe is the most concerning structural signal in the record, as brake lines on a vehicle stored for extended periods are highly susceptible to internal and external corrosion; the buyer should have the underbody brake lines, particularly along the chassis rails and rear axle, inspected for surface rust, flaking, and any bulging. On a road test, attention should be paid to the braking system given the corrosion advisory and the long lay-up. The pedal should feel firm without excessive travel or sponginess, and the car should pull up squarely without any tendency to grab or pull to one side, which would suggest a seized or partially seized caliper, a common issue after prolonged standing. Listen for any metallic scraping or grinding on the discs, indicating corrosion ridges that have developed during storage, and verify the handbrake holds the vehicle firmly on an incline. Beyond the recorded items, the multi-defect 2016 failure warrants inspection of the front body mounting points, battery tray and securing hardware, headlamp alignment mechanism, and airbag system functionality, including ensuring the SRS warning lamp extinguishes promptly on ignition. Given the extensive storage period, a thorough inspection of the timing belt or chain, coolant and fuel hoses, and all underbody seams for corrosion is advisable, as the MOT record alone cannot capture mechanical deterioration that occurs when components age without regular use.