2013 VAUXHALL MOKKA1.7L Diesel

The vehicle presents a concerning maintenance trend that appears to be worsening as mileage increases. While the most recent test on 14 May 2026 at 171,865 miles resulted in a pass, the record shows a significant failure just two days prior on 12 May 2026. This recent failure involved multiple critical issues, including an excessively worn offside suspension arm ball joint and several tyres worn close to the legal limit. The transition from a clean pass in May 2025 to multiple advisory items and failures in 2026 suggests that component degradation is accelerating. The mileage accumulation is high for a 2013 vehicle, averaging approximately 13,220 miles per year. This high usage is reflected in the frequent appearance of consumable wear. The vehicle has covered over 82,000 miles since the 2016 test, with a notable jump between April 2022 and May 2023 where the mileage increased by over 10,000 miles in a single year. This consistent, heavy use explains the recurring issues with tyres and braking components seen throughout the history. A prospective buyer must conduct a thorough physical inspection of the suspension and braking systems. The record shows a pattern of recurring faults, including nearside suspension arm bushes being flagged in both May 2026 and earlier, alongside a corroded nearside rear coil spring in May 2024. The frequent advisories for thinning brake pads and tyres worn on the edges suggest that basic maintenance is often reactive rather than proactive. Furthermore, the history of oil leaks in 2021 and 2024 warrants a close inspection of the engine bay for persistent seepage or seal failures. Attention should also be paid to the electrical and lighting components. The tester flagged incorrect headlamp aim in both May 2026 and April 2020, indicating potential mounting or alignment issues. Given the high mileage and the recent failure regarding a missing wheel fixing in May 2025, a manual check of all wheel nuts and the integrity of the drivetrain and steering components is essential to ensure the vehicle's long-term mechanical reliability.