HONDA CR-V2013 · 2.2L Diesel

The vehicle’s most recent MOT on 2022-04-29 at 126,618 miles recorded a pass with no defects, but the absence of subsequent tests since 2022-04-28 (a fail with no defects) indicates a significant gap in maintenance. The lack of recent MOT data, combined with the car’s age and mileage, suggests the mechanical condition remains unverified. While the 2021-04-27 and 2020-05-21 tests showed no defects, the repeated fails without recorded issues raise concerns about potential oversights or inconsistent compliance with safety standards. The maintenance trend is unclear due to sparse data, but the prolonged gap since 2022 implies the vehicle may not have been regularly assessed for roadworthiness. Mileage progression shows an average of 9,740 miles annually, aligning with typical usage for a 13-year-old vehicle. However, the 2020-05-21 test at 113,266 miles was followed by a fail just three days later at 113,263 miles, suggesting possible administrative errors or inconsistent testing. The 2022-04-28 fail at 126,617 miles occurred one day before the subsequent pass, which may indicate a last-minute correction or procedural anomaly. These inconsistencies, paired with no defects recorded in passes, imply the MOT history lacks actionable technical insights. The vehicle’s mileage is within normal parameters, but the absence of detailed fault reports limits confidence in its mechanical integrity. A buyer should prioritise an independent inspection of the suspension, brakes, and exhaust system, as these components are critical for older vehicles and often degrade without visible MOT failures. Pay close attention to corrosion on underbody panels, coil springs, and brake discs, which may not trigger immediate fails but can compromise safety. The lack of recent MOT data means the vehicle’s current state is unverified, so a pre-purchase survey is essential to confirm the absence of hidden issues. Without updated records, the car’s roadworthiness remains uncertain despite its age and mileage falling within expected ranges.