2002 Honda CR-V 2.0L Petrol · OU02 YTS

A 2002 Honda CR-V of this vintage should, by now, typically be presenting the inspector with a steady accumulation of advisories covering ageing bushes, tired dampers, or the early signs of subframe corrosion. Instead, the DVSA record shows three consecutive passes on 2021-11-19, 2022-11-12, and 2023-11-04, all completed with no defects recorded whatsoever. A 24-year-old vehicle passing three full MOT examinations without a single advisory is an exceptional mechanical track record for the model and points to a car that has either been remarkably well-maintained or, more likely given the mileage, used sparingly enough that the usual wear items have not yet reached their advisory threshold. The stable, defect-free trend across three years suggests no emerging patterns of deterioration that an inspector has chosen to monitor, which is the strongest indicator of ongoing roadworthiness available from the test history alone. The recorded 117,455 miles spread over approximately 24 years equates to an annual accumulation of around 4,894 miles, which is substantially below the typical 7,000 to 9,000 miles per year seen on a CR-V of this generation. The absence of any mileage entries between the 2021 and 2023 tests is notable and warrants verification at the point of sale, as the DVSA only captures odometer readings at MOT time. This unusually low usage profile has direct mechanical consequences: components designed for cyclical loading such as the rear brake drums, caliper slide pins, driveshaft gaiters, and suspension linkages are more susceptible to seizing or perishing from lack of regular movement than from wear. The second-generation CR-V is also known for moisture accumulation in the rear differential housing and the air conditioning evaporator when left standing for extended periods, both of which can produce internal corrosion or mould issues that an MOT does not cover. Any prospective buyer should approach the test drive with the low-mileage profile firmly in mind, listening and feeling for symptoms specific to under-used CR-Vs rather than high-mileage wear. On the move, pay close attention to the rear brakes, which on this generation are prone to binding from corroded handbrake mechanisms and seized drum adjustors; a pull to one side under light braking or a rear brake that feels hotter than the opposite wheel after a short drive would confirm this. The suspension should be exercised over uneven surfaces, with particular attention to the rear trailing arm bushes, the front lower arm ball joints, and the compliance bushes in the front subframe, all of which can perish with age and inactivity and produce clonking or knocking noises. Steering should be checked for vagueness through the centre position, as idle wear in the steering rack combined with stiff bushes can produce a wandering feel at speed. Finally, a thorough pre-purchase inspection should compensate for what the MOT cannot see. Given the long gaps between recorded tests, the brake fluid is almost certainly overdue for replacement and the coolant should be assumed to be original 24-year-old specification, both of which pose corrosion risks to the cylinder head and radiator internals on the K-series engines fitted to early CR-Vs. The exhaust system should be physically examined for internal rot, as thin-gauge original equipment pipes and the catalytic converter substrate can deteriorate from condensation sitting in the system during long periods of inactivity. Check underneath for any surface rust on the rear subframe, trailing arm mounting points, and brake pipe unions, which are the first areas to perforate on a CR-V left outside year-round. Confirm that the timing belt and water pump have been replaced within the recommended interval, as a 24-year-old original belt on a K20 engine represents a far greater risk than the clean MOT paperwork might suggest, and verify with the V5C and service records that the mileage gap is genuinely low use rather than a dormant period off the road.