2013 Chevrolet Volt Electricity · AF13 UXC

The vehicle passed its most recent MOT on 30 October 2025 at 119,908 miles, though with three advisories. The maintenance trend shows a mixed picture: critical brake failures in October 2023 were resolved by the following year's test, and the drive shaft boot issues flagged in late October 2025 were rectified within two days, indicating responsive repairs for those specific faults. However, the persistent advisory concerning integral body structure corrosion, recorded in every test since October 2023, represents an unresolved, long-term issue that has not been addressed despite being noted over multiple years. Mileage accumulation is consistent with typical use for a 13-year-old vehicle, averaging approximately 9,224 miles annually. The recorded mileages show steady, predictable increases between tests: from 102,456 miles in October 2023 to 110,977 miles in October 2024 (an 8,521-mile increase), and then to 119,881 miles by late October 2025 (an 8,904-mile increase). There are no anomalous gaps or sudden spikes suggesting periods of disuse or exceptionally high utilisation; the usage pattern appears normal and evenly distributed. A buyer must prioritise a thorough in-person inspection for structural corrosion, particularly around the integral body structure and front sub-frame, as this has been a recurring advisory since 2023. While the MOT tester has consistently judged that structural rigidity remains unaffected, the longevity and nature of the corrosion require expert assessment to determine if it is surface-level or actively compromising metal integrity. Additionally, the previously failed and subsequently repaired near-side outer drive shaft joint constant velocity boot warrants inspection of the joint itself for any ingress of dirt or premature wear, as a deteriorated boot leads to grease loss and accelerated joint damage. The brake system, though passing since 2024, should also be checked for any residual binding or disc wear given its history of excessive fluctuation and binding.