2005 Toyota RAV4 2.0L Petrol · OU55 YNO

Persistent initial test failures across multiple consecutive annual cycles characterize the roadworthiness history of this 2005 Toyota RAV4, culminating in a pass on 2026-07-30 after rectifying major defects including an out-of-spec exhaust lambda reading, an inoperative engine malfunction indicator lamp, a faulty electronic stability control warning lamp, and a blown front position lamp. This pattern of failing the initial test before securing a pass has repeated in recent years, highlighting a recurring need for pre-test remedial work to resolve emissions and electrical faults. While the vehicle ultimately achieves passes, the underlying trend points to recurring electrical and emissions management issues alongside persistent mechanical wear items noted as advisories. Accumulating 206,908 miles over its 21-year lifespan results in an average of roughly 9,853 miles per year, representing a typical annual usage rate for a vehicle of this classification. There are no extended testing gaps or unusual lapses recorded in the timeline, indicating continuous operation on public roads. This steady accumulation of miles places high demands on structural, suspension, and braking components, making it entirely expected that numerous hardware items show progressive wear and corrosion after more than two decades of service. Targeted inspection of the suspension and steering systems is essential during a physical evaluation, specifically checking the offside rear anti-roll bar linkage pin and bush for the play noted in testing, as well as listening for knocking noises when negotiating rough road surfaces or sharp turns. The power steering component seepage identified on the steering rack boots should be visually inspected for active fluid drips, and the steering should be checked for any heaviness or inconsistency in assistance lock-to-lock. Additionally, the nearside rear inner brake pipe corrosion covered in grease requires close scrutiny to ensure the line has not suffered deep pitting or structural compromise beneath the protective coating. The exhaust system and rear drivetrain warrant careful examination given past advisory history regarding central prop shaft bearing rubber splits and exhaust leaks, which can manifest as low-frequency vibrations or humming noises through the cabin floor during acceleration. Buyers should verify that the engine management and electronic stability control warning lamps illuminate correctly upon ignition and extinguish once the engine starts, ensuring previous electrical faults have been permanently resolved rather than temporarily masked. Furthermore, the nearside rear tyre worn close to the legal limit on the inner edge demands budget for near-term replacement and points to a potential wheel alignment check to prevent accelerated inner-shoulder wear.