2005 Toyota RAV4 2.0L Petrol · NT55 HBE

The 2005 Toyota RAV4 has maintained a clean MOT history since its most recent test on 16 June 2025, with no defects or advisories recorded at 98,307 miles. This consistency suggests the vehicle has avoided major mechanical failures or structural issues during its last two annual tests. The absence of recurring faults or advisory notes in the past year indicates the current owner—or previous responsible party—has likely addressed basic maintenance, though this does not preclude hidden wear in components like suspension bushes, coil springs, or drivetrain joints that may not have been visibly apparent during the MOT. The most recent test’s clean pass, combined with the lack of advisories in prior years, implies a stable roadworthiness profile, though a thorough inspection remains essential. The recorded mileage of 98,307 miles over 21 years—approximately 4,681 miles annually—is unusually low for a vehicle of this age, suggesting either minimal use or prolonged periods of storage. The gap between the 2023 failure (15 March, 90,139 miles) and subsequent pass (22 March, 90,186 miles) is notable, as the vehicle accumulated just 47 miles between tests, which could indicate temporary non-operation rather than active use. The steady mileage progression since then—with roughly 3,000 miles between each annual test—supports the low-usage hypothesis, though this also raises questions about fluid changes, tyre rotation, and general upkeep during inactive periods. The lack of mileage spikes or irregular jumps in distance between tests further reinforces the pattern of light or intermittent use. Given the clean MOT history, a buyer should prioritise an inspection of high-wear components that are not routinely tested, such as the suspension bushes and coil springs for cracking or excessive play, particularly in the rear where binding calipers or worn brake discs could develop without immediate MOT detection. The 2023 failure—despite no recorded defects—hints at a minor oversight, so verifying recent brake pad thickness, rotor condition, and binding caliper operation is prudent. Structural integrity should also be assessed, focusing on underbody corrosion around the sills, subframe, and exhaust mounts, as these areas are critical for longevity but often overlooked in low-mileage vehicles. Finally, the battery, alternator, and cooling system warrant scrutiny, as prolonged storage can accelerate corrosion or fluid degradation.