2002 Honda CR-V 2.0L Petrol · RF52 KDO

Structural integrity and corrosion management represent the primary mechanical concerns for this vehicle, as evidenced by a persistent pattern of failures related to the vehicle's underbody and mounting points. While the most recent MOT on 28 May 2026 resulted in a pass, this followed a major failure involving significant corrosion at the offside rear suspension component mounting and inner sill. The recurring nature of these structural defects, documented repeatedly since 2022, indicates that the vehicle requires ongoing vigilance regarding the condition of its chassis and load-bearing members. Accumulating 128,988 miles over a 24-year lifespan equates to an average of approximately 5,374 miles per annum, a relatively low usage rate that often correlates with periods of inactivity. While lower mileage can reduce the wear on drivetrain components, it does not exempt the vehicle from the effects of environmental degradation. The MOT history suggests that the vehicle has spent considerable time exposed to conditions conducive to corrosion, which has manifested in the repeated structural failures noted in the test records rather than just high-mileage mechanical fatigue. Prospective buyers should conduct a thorough physical inspection of the sills, wheel arches, and suspension mounting points, as these areas have been identified as sites of excessive corrosion in multiple tests. During a test drive, listen for any metallic knocking or clunking sounds from the rear suspension when traversing uneven road surfaces, which may indicate that the mounting points or the shock absorbers are failing to provide adequate damping. The persistent advisory for light oil misting on the offside rear shock absorber warrants a check for any visible fluid leaks or signs of uneven tyre wear, which could suggest that the suspension geometry is compromised. The brake system also requires attention, specifically the nearside rear brake disc, which was flagged as worn, pitted, or scored in the latest assessment. During the test drive, perform a series of controlled stops to check for any pedal judder or a grinding sensation, which would confirm the need for replacement discs and pads. Furthermore, given the history of corrosion on brake pipes and seat belt anchorages, ensure that any professional inspection includes a detailed examination of the underside to confirm that previous repairs have been carried out to a standard that addresses the root cause of the structural weakness rather than providing a temporary cosmetic fix.