2011 Toyota RAV-4 2.2L Diesel · YP11 YMM

The vehicle most recently passed its MOT on 28 August 2026, though the test did generate five advisories. Looking at the pattern across the four recorded MOTs, the maintenance trend is clearly stable rather than worsening, as the car has consistently passed without any failure items. However, the nature of the advisories does suggest a gradual, predictable accumulation of wear typical of a fifteen-year-old vehicle. The recurrence of corrosion-related advisories on the rear coil springs across 2024, 2025, and 2026 is particularly telling, indicating that the spring deterioration is progressing rather than being addressed, and this is a defect that will eventually compromise ride quality and load-bearing capacity. Likewise, brake hose ferrules have now joined the advisory list for the first time, and while both rear brake discs are flagged as worn but not excessively, the fact that the fronts were silent while the rears are showing wear suggests attention to the braking system is becoming more pressing as mileage and age accumulate. The recorded mileage of 71,007 miles across approximately fifteen years equates to an annual usage rate of around 4,734 miles, which is well below the national average and consistent with light, possibly intermittent, use. This kind of low-mileage history can be a double-edged sword. On one hand, mechanical wear on the engine, transmission, and drivetrain is likely modest given the limited distance covered. On the other, prolonged periods of standing tend to accelerate calendar-based degradation of components such as brake discs and callipers due to surface corrosion, ageing of rubber and polymer parts including tyres, hoses, and bushes, and oxidation of internal fluids. The MOT history shows consecutive annual tests with little mileage accrued between them, which lends weight to the likelihood that this vehicle has spent significant time idle, making the corrosion advisories on springs and brake components entirely consistent with that usage profile. For a prospective buyer, the recurring rear coil spring corrosion is the most important issue to investigate physically. On a test drive, listen for any audible clonks or knocks from the rear suspension over uneven surfaces, particularly speed bumps or potholes, and observe whether the vehicle sits level or shows any sagging at the rear under load, as corroded springs can fracture without warning and represent a notable safety concern. The advisories on both front suspension arm rear bushes from 2023 also warrant a follow-up check; jack the vehicle and rock the wheels to detect any play, and during the test drive listen for suspension knocking over rough roads. Given the brake-related advisories on both the rear discs and front flexible hose ferrules, a thorough inspection of brake feel and response is essential. Test from a moderate speed and apply firm, consistent pressure to detect any pulsation through the brake pedal, suggesting rear disc warping, and listen for any grinding or squealing. The hoses themselves should be visually examined for cracking or bulging, as a ferrule that is corroding today can develop a fluid leak relatively quickly, particularly given the low annual mileage which means longer intervals between inspections of under-bonnet components. Beyond the recorded advisories, the low-mileage, fifteen-year-old profile demands attention to several age-related items that MOT testing does not fully cover. Tyre sidewalls should be examined closely for perishing or hairline cracking, as rubber degrades with age regardless of tread depth, and the cracking advisories noted on previous tests reinforce this risk; check the production date stamps on any replacement tyres. The 12V battery is highly likely to be approaching or past its service life given the calendar age, and a low-mileage vehicle with frequent short runs or long standing periods is particularly prone to premature battery failure, so budget for replacement. Brake callipers should be checked for seizing by ensuring the vehicle rolls freely when released on level ground and that the handbrake releases cleanly, as corrosion can cause binding on vehicles that see limited use. Finally, verify that the service book contains evidence of timely replacement of engine coolant, brake fluid, and automatic transmission fluid or gearbox oil on a calendar basis rather than purely mileage-based intervals, as these degrade chemically over time and can cause internal corrosion or compromised braking if neglected, and inspect under the vehicle and within the engine bay for any signs of fluid seepage from ageing seals and gaskets.