2002 Honda CR-V 2.0L Petrol · GD02 MBV

The most recent DVSA examination on 22 March 2025 resulted in a pass, however the advisory items issued alongside that test warrant careful consideration by any prospective buyer, as they reveal a pattern of mechanical wear that has been developing over several test cycles. The rear differential oil leak, first noted as a minor seep in 2021 and 2024, has now been re-recorded at the 2025 test, suggesting the seal degradation is ongoing and likely to require remedial attention in the near future if levels are not already being topped up. The advisories relating to worn suspension arm pins or bushes at both front and rear indicate compliance with current safety thresholds but point to progressive deterioration within the rubber bushing components, a common issue on a vehicle of this age and weight class. Additionally, the nearside front tyre being worn close to the legal limit and on its edge suggests a possible tracking misalignment or worn suspension geometry contributing to uneven contact patch wear, which should be addressed alongside any new tyre fitting. The recorded mileage of 125,251 miles over a 24-year service life equates to an average annual accumulation of approximately 5,219 miles, which is considerably below the typical usage rate for a vehicle of this vintage and indicates periods of standing or very light use. This low utilisation carries its own mechanical implications, as prolonged inactivity tends to accelerate degradation of rubber components, brake disc surface corrosion, and fluid degradation through oxidation rather than mileage. The MOT history records contain a noticeable interval gap between mid-2020 and mid-2021, and the overall infrequency of testing combined with the low average mileage suggests the vehicle has likely spent extended periods stationary, which aligns with the recurring advisories concerning corroded rear coil springs, corroded rear anti-roll bar, and corroded rear suspension components recorded across multiple examinations. Given the recurring rear differential oil leak advisories from 2021 through to the current test, a prospective buyer should physically inspect the rear of the underbody for fresh oil residue, pay particular attention during a test drive to any whining or humming noise from the rear differential that changes with vehicle speed or load, and check the fluid level on a warm differential if accessible. The suspension advisories warrant a road test conducted over uneven surfaces, listening for clonking or rattling noises from the rear which would indicate worn bushes or loose anti-roll bar links, and checking the vehicle from behind for any uneven ride height that might suggest a weakened coil spring. Uneven or inner-edge tyre wear on the nearside front should prompt a four-wheel alignment check and inspection of the front suspension components for play, as the pattern of repeated advisories on the rear coil springs from both 2022 tests indicates progressive corrosion that will eventually compromise spring integrity and could lead to a future MOT failure if left unaddressed. Beyond the recorded defects, the age and low-mileage profile of this vehicle demands thorough inspection of items that deteriorate primarily with time rather than use. All tyres, including those not specifically flagged, should be closely examined for sidewall perishing and cracking given the longstanding advisories on the nearside rear tyre dating back to 2020, as aged rubber compounds lose flexibility and grip regardless of remaining tread depth. The brake system should be assessed for seized or binding calipers and corroded disc surfaces that may cause juddering under initial braking after periods of standing, and the brake fluid should be tested for water content as it hygroscopically degrades over calendar years. The 12 volt battery is unlikely to be the original unit given the vehicle age and should be load-tested, while coolant, power steering, and automatic transmission fluids if fitted should be inspected for condition and replacement history, as time-based fluid degradation can lead to internal corrosion within the cooling system and drivetrain components. Finally, the areas of structural corrosion noted in 2023 should be physically inspected with a torch and magnet to confirm the advisory assessment remains accurate and that no progression has occurred, particularly around load-bearing sections.