2005 Honda CR-V 2.0L Petrol · OV05 AHE

The roadworthiness status of this Honda CR-V is currently defunct, evidenced by a lapsed MOT history that shows no test records since February 2023. The maintenance trend displays a severe downward trajectory, culminating in a comprehensive failure at 128,398 miles that highlights systemic neglect across multiple vehicle systems. Previous owners allowed basic electrical and wiper maintenance to lapse simultaneously with critical structural and hydraulic components, pointing to deferred servicing rather than isolated mechanical failures. The vehicle accumulates mileage at an average rate of roughly 6,114 miles per year over its twenty-one-year lifespan, which aligns with typical UK driving patterns. However, the chronology reveals concerning usage gaps and testing anomalies. The record transitions from a pass on December 21, 2021, at 125,426 miles directly into a massive failure list just fourteen months later in February 2023 with only 2,972 miles added. This compressed mileage accumulation coupled with extensive failure items suggests the vehicle spent extended periods parked outdoors in a deteriorating state before an unsuccessful attempt was made to force it through an MOT. A prospective buyer must conduct a rigorous physical inspection focusing heavily on structural integrity, braking hydraulics, and suspension geometry. The 2023 test explicitly cited a defective brake master cylinder, axle imbalanced rear brakes, and a missing pedal anti-slip provision alongside worn front suspension arm ball joints and a failed nearside rear anti-roll bar ball joint. Furthermore, testers repeatedly flagged severe structural corrosion around the nearside rear suspension component mounting and floor-to-sill areas in December 2021 and February 2023, indicating deep-seated rust that compromises the chassis load-bearing capacity. Drivetrain and engine peripherals also demand thorough scrutiny given the severity of the final failure notice. The February 2023 test recorded an excessively worn central prop shaft bearing, a major exhaust gas leak, and an inability to complete emissions testing alongside multiple lighting faults and a damaged windscreen. Resolving this volume of structural decay, hydraulic failure, and mechanical wear requires substantial financial investment. Buyers should treat this vehicle as a non-runner requiring professional recovery and extensive workshop fabrication before any return to the public highway.