2004 Honda CR-V 2.0L Petrol · DG54 UNK

Persistent surface-level degradation, particularly regarding headlamp lens clarity and tyre condition, defines the MOT history of this Honda CR-V, which successfully passed its most recent inspection on 30 December 2025. While the vehicle has avoided major mechanical failures related to its structural integrity or powertrain in recent years, the recurring nature of headlamp lens defects and tyre-related advisories suggests a pattern of maintenance that addresses compliance only when required. The overall trend remains stable, though the consistent appearance of minor lighting issues and tyre wear indicates that the vehicle has been subjected to standard wear and tear without significant preventative intervention. At 133,051 miles over a 22-year period, the vehicle has averaged approximately 6,048 miles per annum, a figure that aligns with typical usage for a vehicle of this vintage. This consistent, moderate accumulation of mileage suggests the car has likely been used for regular short-to-medium distance commuting rather than long-distance motorway travel or prolonged periods of inactivity. Mechanically, this usage profile places a specific burden on the suspension and braking systems, as the stop-start nature of such driving cycles often accelerates the degradation of rubber bushings and brake components compared to higher-mileage motorway vehicles. Prospective buyers should prioritise a thorough inspection of the suspension and braking systems, specifically focusing on the areas previously flagged in the MOT records. The 2023 advisory regarding the offside front lower suspension arm bush, while not resulting in excessive movement at the time, should be scrutinised for any signs of play or knocking noises when navigating uneven road surfaces or speed bumps. Furthermore, the 2021 advisory concerning corroded rear brake pipes necessitates a physical check of the lines for any signs of pitting or deep flaking, as these components are prone to oxidation in older vehicles. During a test drive, listen for any metallic rattling from the underside or clunking from the front wheel arches, which could indicate that these suspension components have reached the end of their service life. Regarding the headlamp lenses, which have been noted repeatedly since 2019, ensure that the light output remains consistent and that the beam pattern is not obscured by the reported surface defects. While these were previously minor issues, they can impact night-time visibility and should be assessed for potential clouding or yellowing that may require professional restoration. Finally, given that the most recent test highlighted tyres worn on the edge, verify that the current set has been replaced and check for any signs of uneven tread wear, which can be an early indicator of misaligned steering geometry or worn track rod ends. Conduct a brief check for any steering pull during the test drive to confirm the front-end alignment is within acceptable parameters.