2012 Toyota RAV4 2.2L Diesel · FN12 HTY

A pattern of recurring advisories, particularly concentrated around the nearside rear suspension and brake pipework, defines the mechanical profile of this 2012 Toyota RAV4. The most recent test on 28 October 2025 recorded a pass with two advisories: a deteriorated front registration plate and a corroded brake pipe covered in grease between both rear connections and the flexible hoses. This brake pipe advisory is notable because it represents the kind of corrosion finding that, while permissible at advisory level today, can deteriorate into a failure if left untreated. Earlier tests also flagged a front registration plate deterioration consistently from 2020 onwards, alongside minor windscreen damage that has remained a non-issue across multiple tests. In October 2020, the vehicle failed on an offside headlamp aim defect that was likely a straightforward adjustment, as the same test date also recorded a pass, suggesting the issue was rectified either before or as part of the same inspection cycle. Overall, the trend shows a vehicle that has consistently passed but with persistent advisory items that warrant attention. With 53,049 miles recorded across approximately 14 years, this RAV4 has averaged around 3,789 miles annually, which is considerably below typical usage for the vehicle's age. The MOT history shows tests recorded in 2019, 2020 (twice), 2021, 2022, 2023, 2024, and 2025, indicating largely continuous road use with no extended periods off the road. However, the gap between the 2019 test and the earliest recorded mileage context suggests the vehicle has remained in regular but light service rather than covering high annual mileages. Lower annual mileage of this nature typically results in less wear on major drivetrain components but can accelerate degradation of rubber components, brake pipes, and suspension bushes due to prolonged standing and exposure to the elements rather than active mechanical use. For a prospective buyer, the 2025 advisory regarding corroded rear brake pipes is the primary concern that should be physically inspected. The use of grease or a protective coating by a previous technician suggests an attempt to arrest corrosion, but this is a temporary measure and the pipes should be examined closely for pitting, surface rust breakthrough, or thinning of the metal, particularly along the underbody runs and at junction points near the rear flexi hoses. On a test drive, listen for any knocking or clonking from the rear suspension over uneven road surfaces, as the nearside rear shock absorber was flagged in 2020 for light oil misting and limited damping effect, which could indicate the beginning of shock failure. Press the brake pedal firmly at low speed to check for sponginess or excessive travel, and observe whether the vehicle pulls to one side under braking, which could suggest binding or uneven caliper operation. Additionally, inspect the nearside rear tyre shoulder for uneven wear, as the advisories in 2020 and 2021 noted both edge wear and cracking in the tread area, which may point to an underlying suspension geometry issue or alignment drift that has not been formally addressed. The windscreen and registration plate advisories are cosmetic in nature and unlikely to present safety concerns, though the front plate deterioration has been flagged across four consecutive tests, suggesting it may simply need replacement to avoid future failures. When viewing the vehicle, examine the headlamp alignment manually by parking on level ground facing a wall, as the 2020 failure for an offside aim too low indicates this is an area worth confirming. Inspect all four tyres for age-related perishing, particularly on the sidewalls, given the low annual mileage and the cracking previously noted on the nearside rear. Finally, request a thorough inspection of the underbody, focusing on the subframe mounting points, rear brake pipework, and shock absorber bodies, as the combination of age, low mileage, and the recorded advisories points to corrosion and oil sealing degradation as the most likely future maintenance items.