2014 Toyota RAV4 2.0L Diesel · WM63 XRY

This 2014 Toyota RAV4 successfully passed its most recent MOT test in May 2026 at a recorded mileage of 168,556 miles, continuing a generally stable compliance trend following a dangerous failure in 2024. While the vehicle successfully cleared the 2025 and 2026 examinations, the maintenance trajectory reveals persistent minor wear items that require attention rather than immediate emergency repairs. The 2024 test failure was driven entirely by neglected rubber, specifically three tyres worn below the legal minimum tread depth of 1.6 millimetres alongside one tyre worn on the edge, which points to a previous period of deferred maintenance or a lack of routine pre-test checks by the former keeper. However, the subsequent passes indicate that the structural and emissions integrity of the vehicle remains sound, though the recurrent appearance of specific advisories suggests that the current owner is riding close to the wind regarding consumable replacements. The recorded mileage of 168,556 miles accrued over approximately twelve years translates to an intensive annual average of roughly 14,046 miles, firmly establishing this RAV4 as a high-mileage working vehicle. Such heavy usage typically implies extensive motorway driving, which is generally kinder to an engine and exhaust system than short urban stop-start journeys, but it inevitably accelerates mechanical fatigue across all rotational and load-bearing components. Prospective buyers should not necessarily fear this high mileage given Toyota's reputation for mechanical durability, but they must recognize that the suspension bushes, wheel bearings, steering joints, and the clutch or automatic transmission have worked exceptionally hard and will demand proactive component overhauls in the near future. Examining the specific defects noted in the recent MOT history, the 2026 test highlighted both rear coil springs as suffering from surface corrosion, a recurring advisory that also appeared in 2025. Mechanically, coil spring corrosion indicates that the protective powder coat or paint has breached, allowing moisture and road salt to pit the steel, which eventually leads to structural weakening and sudden snapping under heavy loads or severe potholes. During your static inspection and test drive, carefully examine the lower coils of the rear suspension for flaking rust, listen intently for any metallic twangs or groaning noises over speed bumps, and ensure the vehicle sits level while parked on a flat surface. Furthermore, the 2026 test noted that the front inner brake discs are worn, an observation that mirrors historic advisories regarding worn, pitted, or scored discs dating back to 2021. You must inspect the brake discs for deep lips along the outer and inner edges, heavy scoring, and dark blue heat spots caused by excessive friction, and pay close attention during the test drive for any brake pedal pulsation, steering wheel shudder under deceleration, or a pulling sensation to one side that would indicate binding sliding calipers or warped rotors. Given the history of rapid tyre wear and the proximity of the front inner discs to their replacement threshold, factor an immediate brake service and a four-wheel geometry alignment into your purchase budget to ensure safe handling and stop uneven tyre degradation. Finally, verify that the service history book contains regular oil and filter changes every ten thousand miles or less, as high-mileage diesel or petrol engines of this vintage rely entirely on clean, frequent lubrication to prevent premature timing chain wear or turbocharger failure.