2002 Honda CR-V 2.0L Petrol · OV52 KXW

A clean five-test sequence with no advisories or defects recorded across 2023, 2024, and 2026, alongside the single 2025 failure that produced no defect entries, presents a record of consistent mechanical integrity for this twenty-four-year-old CR-V. Such a defect-free history over consecutive testing cycles indicates the vehicle has not developed the chronic corrosion, suspension degradation, or brake wear typically flagged on a vehicle of this vintage, and the stable pattern from one year to the next suggests no progressive deterioration has been captured by the inspection regime. The transition from a March 2025 failure to an immediate pass the following day at the same test centre implies an administrative or retest situation rather than a substantive mechanical rectification, leaving the underlying roadworthiness profile essentially unchanged. With no recorded advisories, there is no DVSA-documented evidence of component wear approaching MOT failure thresholds, which is a notable positive for a vehicle of this age. Against an average annual accumulation of roughly 4,387 miles since first registration, this CR-V sits well below typical usage rates for a vehicle of its age, pointing towards either extended periods of standing or genuinely light service. Such low mileage over twenty-four years means mechanical wear on high-cycle components has been relatively limited, reducing the likelihood of fatigue in the engine, transmission, and drivetrain, but it also raises the possibility of degradation from inactivity. Rubber elements throughout the vehicle harden and crack when not regularly exercised, and low annual mileage often correlates with older brake fluid, dried seals, and corroded underbody fittings even when the vehicle passes each annual inspection without recorded defects. For a prospective buyer, the absence of recorded advisories means the inspection focus must shift towards areas that low mileage and age typically affect but which a roadworthiness test does not always flag. Brake discs and pads on a vehicle of this vintage can develop surface corrosion and lipping from infrequent use combined with age, so the buyer should check for judder through the pedal on the first firm application and listen for scraping or binding as the wheels are turned by hand with the caliper released. Suspension components, particularly the rear trailing arm bushes and front lower ball joints common to this generation of CR-V, should be examined for perishing or splitting, with attention paid to clonking or knocking over speed bumps and uneven road surfaces. The underbody and subframe mounting points warrant close scrutiny given the vehicle's age, as structural corrosion frequently develops on first-generation CR-Vs around the rear arch seams, sill lower flanges, and subframe bolt interfaces, even when external bodywork appears sound. Steering play and any vagueness around the straight-ahead position would suggest worn tie rod ends or rack mounting bushes, both known wear items on this chassis. A thorough road test should include engine warm-up behaviour from cold to confirm there is no excessive smoke or rough running indicative of valve stem seal hardening from extended standing, and a check of all four-wheel-drive engagement if equipped, given that the transfer chain and rear differential oil can degrade with age regardless of mileage. Finally, verify the service history intervals align with the recorded odometer readings, as low annual mileage can mask lapsed maintenance schedules on ancillary items such as coolant, drive belts, and the timing chain tensioner.