2018 Honda CR-V 1.5L Petrol · CP68 KYE

A consistent track record of clean MOT results defines this vehicle, with five consecutive passes recorded since 2021 and no defects or advisories noted in the most recent test on 19 September 2025. This absence of recorded failures or even minor advisories across several years indicates a period of stable roadworthiness regarding the components inspected under the MOT testing programme. The recorded mileage of 48,611 miles at the time of the 2025 inspection represents an average annual accumulation of approximately 6,076 miles. This usage pattern is relatively low for an eight-year-old vehicle, suggesting the car has been used for shorter journeys or less frequent trips rather than high-intensity motorway driving. Mechanically, this level of mileage typically means that wear on consumable items such as brake pads, discs, and suspension bushes may be less advanced than on a higher-mileage equivalent, though it does not account for the potential effects of infrequent use on rubber components or fluids. Given the lack of any recorded defects or advisories in the DVSA history, there are no specific mechanical warning signs to investigate from previous tests. On a test drive, focus should remain on verifying that the lack of recorded issues translates to the current physical state of the vehicle. Listen for any unexpected knocks or knocks from the suspension linkages or coil springs when driving over uneven surfaces, and check for any steering pull or vibration through the steering wheel that might indicate issues with wheel alignment or tyre wear. The absence of noted oil misting or fluid leaks in the MOT history suggests the engine and drivetrain have remained sealed during the testing periods. During your inspection, verify this by checking the engine bay and undercarriage for any signs of fresh seepage around gaskets or seals. Additionally, ensure the braking system feels consistent without any pedal judder or sponginess, as the MOT only confirms the presence and basic operation of the components rather than their long-term degradation.