2011 Toyota RAV-4 2.2L Diesel · GU11 EEP

A consistent record of roadworthiness is evident across eight tests, though a recurring issue with the offside front anti-roll bar linkage and emerging brake wear now define the mechanical profile. The vehicle passed its latest inspection on 2026-06-23, but the reappearance of a deteriorated dust cover on the anti-roll bar linkage suggests a component that is failing to maintain its seal. While the overall trend is stable with no recorded failures, the shift toward multiple advisories regarding consumables and rubber components in the most recent years indicates a transition into a phase of age-related wear. The recorded mileage of 67,818 miles is low for a fifteen year old vehicle, averaging approximately 4,521 miles per year. This usage pattern often results in components degrading due to age and environmental exposure rather than high-mileage mechanical friction. This is evidenced by the 2024 records, where tyres were flagged for cracking and perishing rather than tread depletion, which is a typical characteristic of vehicles that have undergone long periods of standing or very light use. Attention should be directed toward the front braking system and suspension during a physical inspection and test drive. With the most recent test noting worn front brake discs and previous advisories for thin rear pads, the brake pedal should be monitored for any vibration or judder. The recurring deterioration of the offside front anti-roll bar linkage dust cover is a specific point of concern; listen for knocking or clunking sounds when driving over speed bumps or traversing uneven road surfaces, as a compromised seal allows contaminants to enter the ball joint, leading to premature wear. A thorough check of all tyre sidewalls is necessary to ensure that the perishing noted in 2024 has been rectified. Given the history of rubber deterioration on both the tyres and the suspension covers, all other external rubber seals and suspension bushes should be inspected for similar signs of age-related cracking or splitting. This will determine if the degradation is isolated to the flagged components or is a systemic issue resulting from the vehicle's low-usage profile.