2004 Toyota MR2 1.8L Petrol · SA04 ALD

The Toyota MR2 has demonstrated consistent roadworthiness over its most recent MOT cycles, with all three tests—including the latest on 13 March 2026—registering a clean pass without any defects or advisories. This stability suggests the vehicle has been maintained at a baseline level, though the absence of any recorded issues does not preclude underlying wear that hasn’t yet reached MOT failure thresholds. The most recent test occurred just five months ago, which is acceptable but not ideal for a vehicle of this age, given the potential for accelerated deterioration in components like suspension bushes, coil springs, and brake calipers over time. The mileage progression reveals an unusually low annual average of approximately 3,055 miles, which is well below typical usage patterns for a vehicle of this vintage. The recorded mileage increased by only 945 miles between the 2025 and 2026 tests—a span of nearly 11 months—indicating prolonged periods of inactivity. While low mileage can reduce wear on high-stress parts, it also raises concerns about fluid degradation (brakes, power steering, transmission) and potential corrosion from moisture accumulation in suspension components or underbody areas. The gap between the 2023 and 2025 tests—18 months with just 422 miles logged—further suggests the vehicle may have spent extended time off the road, which could exacerbate issues like seized wheel bearings or deteriorated rubber seals. Given the lack of MOT-reported faults, a buyer should prioritise an inspection of suspension integrity, particularly the rear subframe and bushings, which are common failure points on this model. The rear coil springs and dampers should be checked for leaks or excessive travel, as these are often overlooked until they fail catastrophically. Brake discs and calipers warrant scrutiny, especially if there’s any evidence of uneven wear or binding—though none were flagged, the rear brakes have historically been a weak point on this chassis. Underbody corrosion, particularly around the sills, rear wheel arches, and exhaust system, should be thoroughly examined, as prolonged inactivity increases the risk of rust-induced structural compromise. Fluid levels and condition in the brake master cylinder, power steering reservoir, and differential should also be verified, as stagnation can lead to contamination or failure.