2003 Toyota RAV-4 1.8L Petrol · HY53 EDC

The Toyota RAV4’s most recent MOT test on January 13, 2026, confirms it remains roadworthy with no defects recorded, though the immediate preceding test on January 24, 2025, resulted in a failure—despite no specific faults being logged. This anomaly suggests either an administrative error or a test centre oversight, as the vehicle passed the following test just seven days later. The overall trend since 2023 shows consistency, with no recurring mechanical issues flagged in the MOT history. However, the 2025 failure—despite passing the next test—introduces a minor inconsistency that should prompt further scrutiny of the vehicle’s maintenance records beyond the MOT data. The recorded mileage of 58,883 miles over 23 years indicates exceptionally low annual usage, averaging just 2,560 miles per year. This pattern suggests the vehicle has spent prolonged periods either stored or driven infrequently, which can accelerate wear on components like tyres, suspension seals, and battery health. The gap between the 2024 and 2025 tests—covering 3,727 miles in under a year—stands out as unusually rapid, potentially masking underlying issues that might emerge under heavier use. The lack of advisories or defects in earlier tests implies no major structural concerns, but low mileage does not guarantee longevity; critical areas like coil springs, subframe mounts, and brake caliper pivot points may still require inspection. Given the absence of MOT-reported faults, a buyer should prioritise a thorough examination of suspension integrity, particularly the rear coil springs and bushings, which are prone to fatigue in vehicles of this age. The brakes—though not flagged—should be assessed for uneven wear or binding, especially if the vehicle was driven sporadically, as moisture retention can corrode caliper pistons. Tyre condition warrants immediate attention, as the 2025 failure (if genuine) might have been tied to tread depth, suggesting previous neglect. Structural corrosion, particularly around wheel arches, sills, and the subframe, should be checked, as prolonged inactivity can accelerate rust formation. The battery and alternator should also be tested, as low mileage often correlates with reduced charging cycles and potential failure.