2013 Chevrolet Volt Electric · OU13 YOO

Recurring issues with braking components, suspension integrity, and electronic sensor systems define the mechanical profile of this vehicle, which most recently passed its MOT on 31 March 2026. The testing history shows a pattern of intermittent failures involving critical safety systems, including the engine malfunction indicator lamp (MIL), the tyre pressure monitoring system (TPMS), and various suspension linkages. While the latest result was a pass, the proximity of the March 2026 failure to the subsequent pass suggests that several major defects, such as a fractured offside rear coil spring and an inoperative MIL, were addressed within a five-day window. However, the persistence of advisories regarding ABS wiring and corroded coil springs indicates that certain structural and electrical wear items remain present. The vehicle has covered 97,321 miles over its 13-year lifespan, representing an average annual accumulation of approximately 7,486 miles. This usage pattern is typical for its age and suggests a moderate level of wear on consumable components. The mileage is consistent enough to avoid the specific risks associated with long-term stationary periods, such as seized calipers or perished rubber seals, yet the recorded history shows that components like brake discs and suspension bushes have been subject to regular degradation. The testing frequency has been relatively consistent, with no significant multi-year gaps in the record, which provides a continuous view of the vehicle's mechanical deterioration. Prospective buyers should pay close attention to the braking and suspension systems during a test drive. The history of binding calipers and seriously weakened rear brake discs necessitates a thorough check for pedal judder, uneven braking pull, or any unusual heat emanating from the wheel hubs after a short drive. Given the recent advisories for a corroded nearside rear coil spring and previous failures regarding fractured springs, listen closely for any metallic knocking or clunking sounds when traversing uneven surfaces or speed bumps. The integrity of the suspension should be further assessed by checking for any wandering or pulling in the steering, which could relate to the previously flagged worn suspension arm ball joints and damaged anti-roll bar linkages. Electrical and sensor reliability also warrants scrutiny. The record shows repeated failures and advisories concerning the TPMS and the ABS wiring, which is currently noted as being insecure on both sides. During operation, ensure that no warning lights illuminate on the dashboard, particularly the MIL or ABS lights, as these have been primary causes for failure in recent tests. Additionally, inspect the condition of the drive shaft CV boots and the side repeater assemblies, as these have been identified as points of failure in the past. Any irregular vibrations through the steering wheel or chassis at varying speeds could indicate that previous repairs to the suspension or drivetrain components have not fully resolved underlying wear.