2008 Honda CR-V 2.2L Diesel · LC58 LCP

A consistently clean MOT history defines this eighteen-year-old Honda CR-V, with five successive passes recorded between 2022 and 2026 and only a single advisory issued across that entire span. The most recent test on 31 March 2026 recorded no defects, continuing the pattern of straightforward passes seen at the 2025, 2023, and 2022 examinations. The solitary advisory, logged at the March 2024 test, noted corrosion thinning on the centre-to-rear exhaust flange. While this was not severe enough to warrant a failure, it is the only mechanical signal in the otherwise quiet DVSA record and points toward the kind of age-related exhaust deterioration that is typical for a vehicle of this vintage. The absence of advisories relating to suspension components, brake pipes, or structural corrosion is a notably positive indicator for a CR-V of this age, where rear subframe and trailing arm corrosion are commonly flagged concerns. Mileage accumulation has been steady and broadly average for the vehicle's age, with 144,719 recorded miles spread across eighteen years at roughly 8,040 miles per year. There are no conspicuous gaps in the testing history and no evidence of rapid mileage inflation between tests, which suggests the vehicle has remained in regular use rather than suffering extended periods off the road. For a Honda CR-V, this kind of consistent, moderate annual usage generally supports drivetrain longevity, as regular operation helps keep seals lubricated, prevents moisture accumulation in the brake and fuel systems, and avoids the flat-spotting and perishing issues that afflict long-stored vehicles. At this mileage bracket, however, consumable wear on items such as clutches, dual-mass flywheels (where fitted), and rear differential mounts remains a realistic consideration regardless of MOT outcomes, as the test does not assess internal transmission condition. For a prospective buyer, the priority inspection area should be the rear exhaust section highlighted by the 2024 advisory, paying particular attention to the centre-to-rear flange joint for any active blowing, visible thinning of the pipe wall, or signs of soot deposits suggesting an exhaust leak. A test drive should include listening for a tick or flutter on cold start that diminishes as the system warms, and checking for any smell of exhaust gases inside the cabin which would indicate a compromised joint. Given the vehicle's age and mileage, it is also prudent to inspect the rear trailing arm bushes, which are a known wear item on this generation of CR-V and can produce a clonking or knocking noise over speed humps and uneven surfaces. Steering response should be checked for vagueness or wandering, which on this model can indicate worn front lower ball joints or compliance bushes, while a thorough underbody examination for any emerging corrosion on the rear subframe mounting points would be well worthwhile even though no such defects have yet been recorded. A road test should also include a firm brake application from around 40 mph to check for any pulling to one side, vibration through the pedal, or a soft spongy feel that might indicate binding calipers or aged hydraulic components, even though no brake defects have been flagged in the MOT record. On the dual-purpose front suspension, listen for any creaks or groans during full-lock manoeuvres, as worn front strut top mounts are common on higher-mileage CR-Vs and can announce themselves before any visible wear appears on the test. Finally, confirm that the all-wheel-drive system engages smoothly by driving on a loose surface if possible, as the rear propshaft and viscous coupling assembly are not assessed under MOT but represent meaningful mechanical territory given the odometer reading. Overall, the DVSA record presents a reassuring foundation, but a careful physical inspection remains essential at this age and mileage.