2022 Toyota RAV4 2.5L Hybrid electric · OY22 YLC

The defining mechanical profile of this 2022 Toyota RAV4 is one of consistent roadworthiness, with both recorded DVSA tests returning a clean pass. The most recent examination on 11 March 2026 recorded no defects or advisories of any kind, continuing the unbroken trend established at the earlier test on 17 February 2025. With only two MOT events on file covering the four-year span since registration, there is no diagnostic pattern of recurring wear points, no structural corrosion history, and no flagged advisories that would indicate developing faults. For a prospective buyer, the documented history presents a stable mechanical baseline rather than a vehicle with documented deterioration, though the limited test data does mean that component wear between the annual test intervals has not been independently verified. At 55,203 miles over roughly four years of service, this RAV4 is accumulating mileage at approximately 13,800 miles annually, which sits firmly in the higher-use bracket for a vehicle of its age. Average annual mileage for a UK car typically falls between 7,000 and 10,000 miles, so this Toyota is covering substantially more ground than a typical private-use example. Mechanically, sustained higher mileage accelerates wear on the consumables that directly absorb vehicle usage: brake friction material and disc surface, tyre tread depth, clutch wear if fitted with a manual transmission, and the working components of the suspension including dampers, coil springs, and the various bushes and linkages that transmit load between the body and the road surface. Drivetrain components such as the propeller shaft joints and rear differential or transfer case oil are also subject to more frequent service demands. Despite the higher mileage, the absence of any flagged items on the most recent test suggests these items were within tolerance at the time of examination. On a physical inspection and test drive, particular attention should be directed towards the suspension and braking systems, given the mileage accumulation. Listen for any clonking or knocking from the front suspension when traversing uneven road surfaces or speed humps, which would indicate worn anti-roll bar bushes, drop links, or top mount bearings. Over mid-corner bumps, any secondary body oscillation or float could point to weakened dampers, a known wear item on higher-mileage SUVs of this type. Under braking, the pedal should feel firm and progressive; any judder through the pedal or steering wheel when slowing from speed would suggest warped front brake discs, while pulling to one side under sustained braking could indicate a binding or partially seized caliper. The steering should remain precise and self-centring without excess play at the wheel rim, and the tyres should be inspected for even shoulder wear across both axles, as uneven patterns can reveal misalignment or suspension geometry wear. Given the absence of any corrosion advisories on the MOT record, a thorough visual inspection underneath the vehicle remains worthwhile to confirm the structural condition of the subframe, suspension mounting points, and underbody shielding, areas not always fully visible during a standard test. Check for any signs of oil seepage from the engine sump, the transfer case or rear differential, and the steering rack boots, as these are common higher-mileage leak points on this platform. All fluid levels should be verified, with particular note taken of the brake fluid condition and service history, as higher annual mileage typically necessitates more frequent replacement. Finally, confirm that the service book reflects timely oil and filter changes at intervals appropriate to the mileage covered, as a consistent service record is the most reliable indicator of ongoing mechanical integrity on a vehicle operating at this usage level.