2011 Mazda 6 2.2L Diesel · EU11 MHE

A pattern of age-related degradation in rubber components and lighting suggests a vehicle that has spent significant time stationary, though it maintained a pass in its latest inspection on 15 November 2024. While the overall testing history is relatively stable, there are recurring notes regarding tyre perishing and deteriorating headlamp lenses that span several years. The most recent result introduces a new concern regarding heavy steering, indicating a potential shift in the mechanical condition of the steering system. The recorded mileage of 69,878 miles is low for a fifteen-year-old vehicle, averaging approximately 4,659 miles per year. This usage profile is consistent with the specific defects recorded in the MOT history, as low-mileage vehicles are more prone to the perishing of rubber seals, tyres, and valve stems due to a lack of regular heat cycles and movement. The 2018 record of corrosion on the front brake discs further supports the likelihood of periods where the vehicle remained unused. Attention should be directed toward the steering system and the condition of the tyres during a physical inspection. The advisory for heavy steering on the latest test warrants a thorough check for resistance or stiffness when turning the wheel at low speeds and a search for any unusual noises from the power steering pump or rack. The recurring advisories for cracking and perishing on the rear tyres, and previously the valve stems, mean the sidewalls must be inspected for visible weather-checking or hairline cracks regardless of the remaining tread depth. The lighting system has been a consistent point of failure or advisory since 2018, moving from general deterioration to lens defects and incorrect beam aim. A buyer should check for clouding or oxidation of the polycarbonate lenses which can reduce nighttime visibility. Additionally, given the previous mention of front disc corrosion, the brakes should be tested for any pedal judder or grinding noises during deceleration, which would indicate that surface corrosion has progressed to deeper pitting or warping of the discs.