2006 Honda CR-V 2.2L Diesel · NU06 AFE

The vehicle presents a stable but aging maintenance profile, though the most recent MOT from December 2023 at 216,687 miles shows a concentration of wear in the suspension and braking systems. While the vehicle has passed its tests consistently for several years, the frequency of advisories suggests a gradual degradation of rubber components and mechanical joints. The record indicates a shift from the clean results seen in 2020 to a more frequent pattern of minor mechanical defects in recent years. The mileage accumulation is consistent with a vehicle of this age, averaging approximately 10,800 miles per year. The data shows steady usage, moving from 134,551 miles in August 2014 to 216,687 miles in December 2023. There are no significant gaps in the testing history that would suggest long periods of inactivity, which is positive for maintaining seals and preventing excessive corrosion from standing. However, the high total mileage naturally places greater stress on the drivetrain and chassis. A prospective buyer should focus heavily on the suspension and steering components during a physical inspection. The MOT history shows a recurring trend of worn suspension arm bushes and anti-roll bar linkages, with the December 2023 test flagging both nearside and offside front lower suspension arm bushes. The track rod end dust covers were also noted as damaged in December 2022. These repeated issues suggest that the rubber bushings and ball joints are reaching the end of their serviceable life. Braking components and structural integrity also require close attention. The tester flagged pitted and scored rear brake discs in both December 2022 and December 2023, indicating that the rear braking system may be nearing a replacement interval. Furthermore, the 2021 test at 204,538 miles noted corrosion to the underside of the vehicle. Given the age of the Honda, a thorough inspection of the chassis and subframes is necessary to ensure that this corrosion has not progressed to a point that compromises structural integrity.