2002 TOYOTA MR21.8L PETROL

The vehicle currently holds a valid MOT certificate following a clean pass on 3 April 2025 at 72,322 miles. This followed an immediate failure two days prior on 1 April 2025 at 72,318 miles due to excessive exhaust carbon monoxide emissions at both fast and normal idle. While the immediate rectification of the emissions fault and the subsequent clean pass suggest the vehicle is currently roadworthy, the broader maintenance trend is unstable. Historically, the vehicle has repeatedly failed initial tests on basic upkeep issues, including worn brake pads, broken coil springs, and inoperative parking brakes, indicating a pattern of reactive rather than preventative maintenance by previous owners. With 72,322 miles recorded over 24 years, this Toyota MR2 averages just over 3,000 miles per year, which is exceptionally low. However, the mileage distribution is highly uneven and points to a significant period of inactivity. Between the pass on 24 August 2021 at 71,637 miles and the failure on 1 April 2025 at 72,318 miles, the vehicle covered a mere 681 miles over nearly four years. This prolonged storage explains the sudden emissions failure in 2025, likely caused by stale fuel, a degraded catalytic converter, or a faulty oxygen sensor. It also raises concerns about component degradation due to stagnation rather than active wear. A physical inspection must focus heavily on the underside, where corrosion and component wear are prominent in the record. In September 2020 at 68,114 miles, testers flagged a highly corroded steering column universal joint, corroded power steering pipes, a corroded front coil spring, and corrosion across several rear suspension components, alongside worn front suspension arm bushes. Although some of these items may have been addressed to secure later passes, the rapid onset of rust on these steel components is a known vulnerability for this model. A buyer must inspect the structural integrity of the rear subframe, suspension mounting points, and the condition of the power steering lines for active leaks. The handbrake mechanism also requires close scrutiny, as it failed completely in August 2021 and has historically suffered from poor lever travel, suggesting binding calipers or stretched cables.