2007 Honda CR-V 2.2L Diesel · OV57 XFE

The vehicle most recently presented for MOT testing on 8 December 2025, where it passed; however, it is important to note that an earlier test on the same date resulted in a failure with a major defect concerning the nearside front lower suspension arm ball joint being excessively worn, alongside a minor wiper blade defect. The advisories recorded on both entries include a non-excessive oil leak, light oil misting on the nearside rear shock absorber, and corrosion to the rear suspension component mounting prescribed area. Reviewing the broader history, the 2024 test featured dangerous defects for both rear tyres being below the legal tread depth alongside a worn nearside front anti-roll bar linkage ball joint, while the 2022 failure included a dangerously worn prop shaft bearing. The 2023 and 2021 tests passed with advisories relating to the prop shaft bearing and tyre wear. Overall, the maintenance trend shows a pattern of recurring suspension component wear, persistent tyre degradation, and developing corrosion, suggesting that the vehicle requires attentive mechanical upkeep rather than indicating a worsening or improving trajectory. With 148,059 miles recorded over approximately nineteen years, this Honda CR-V has averaged around 7,793 miles annually, which is broadly typical for its age. The relatively consistent annual usage suggests the vehicle has not been subject to prolonged periods of standing, which reduces the risk of severe brake disc corrosion, seized calipers, and significant fluid degradation from inactivity. However, the higher accumulated mileage does indicate that mechanical consumables, suspension bushes, shock absorbers, and drivetrain components will have experienced considerable wear over the vehicle's service life. Prospective buyers should factor this into their valuation, as components approaching end-of-life intervals are more likely to require imminent replacement. The recurring advisories concerning the nearside rear shock absorber misting and the corrosion to the rear suspension mounting prescribed area warrant close physical inspection. Light oil misting on a shock absorber typically progresses to a more substantial leak and eventual reduction in damping efficiency, so on a test drive, listen for any knocking or excessive bounce over uneven road surfaces. The corrosion observation should be monitored for progression; while currently not excessive, surface rust on suspension mounting points can advance, particularly in areas exposed to road salt, and may eventually compromise structural integrity if left unaddressed. Additionally, the recorded oil leak, although described as not excessive, should be identified as to its source, whether from the engine sump, valve cover gasket, or ancillary components, as even minor leaks can develop into more significant issues and may indicate ageing seals. Given that a major defect was recorded for the nearside front lower suspension arm ball joint, verification of its replacement with a thorough inspection of the surrounding bushes and ancillary components is essential. The 2024 dangerous tyre defects and the 2023 advisories concerning front tyres worn close to the legal limit and on the edges indicate a pattern of accelerated or uneven tyre wear, which often points to misalignment, worn suspension geometry, or tracking issues. During a test drive, the buyer should observe whether there is any steering pull, vibration, or uneven wear pattern across the tyre tread. The prop shaft bearing advisory from 2021 progressing to a major defect by 2022 highlights the importance of inspecting this component for play or roughness, often detectable as a clonking noise or vibration under drivetrain load. Beyond the recorded defects, age-appropriate checks should include tyre sidewall perishing and cracking, which is common on vehicles of this vintage regardless of tread depth, and verification of recent replacements for brake discs and pads, as the original units will have long since worn. Given the mileage, the timing belt, water pump, and associated tensioners should be confirmed as recently replaced according to manufacturer service intervals. Furthermore, check the 12V battery condition, as it may be approaching the end of its service life, and confirm the service history with evidence of regular oil and filter changes alongside brake fluid and coolant renewal in line with calendar-based intervals.