2002 Toyota RAV-4 2.0L Petrol · RN02 AEJ

This Toyota RAV4 has demonstrated a deteriorating maintenance trend over the past three years, despite passing its most recent MOT on 19 August 2025 at 90,165 miles. The test revealed persistent issues: corroded rear brake pipes smeared with grease or foreign material, perishing rear tyres, and an active engine malfunction indicator light. While the vehicle cleared its latest inspection, the recurrence of the same faults—particularly the rear brake pipe corrosion and tyre degradation—indicates neglect rather than isolated failures. The 2024 failure for a non-functioning offside rear seat belt buckle further underscores a pattern of deferred maintenance, as this component was not addressed before the subsequent tests. The vehicle’s mileage progression of roughly 2,000 miles annually suggests it has been used sparingly, yet the low annual average of 3,757 miles over 24 years does not correlate with the visible wear. Notably, there is a 14-month gap between the 2023 and 2024 MOTs, during which the mileage only increased by 2,094 miles—far below the average. This stagnation raises questions about whether the vehicle was actively driven or left stationary, accelerating issues like tyre degradation and brake pipe corrosion. The 2022 test at 84,051 miles already flagged perishing tyres and a damaged front track rod end dust cover, yet no corrective action appears to have been taken before the subsequent failures. A prospective buyer should prioritise an immediate inspection of the rear brake system, particularly the corroded brake pipes and their seals, as prolonged exposure to moisture and contamination will compromise hydraulic integrity. The recurring tyre faults—failing twice on perishing treads—demand verification of current tread depth and lateral integrity, with a focus on the rear axles. The front track rod end ball joint dust cover, previously deteriorated in 2024, should be checked for dirt ingress and binding, as this could affect steering precision. Additionally, the engine malfunction indicator light from the 2025 test warrants a diagnostic scan to identify the underlying fault, whether it be a catalytic converter, oxygen sensor, or exhaust leak contributing to elevated emissions. Structural checks for rust in wheel arches and suspension mounts are also advisable, given the vehicle’s age and the lack of evidence for proactive maintenance.