2012 Chevrolet Volt Electric · A26 THP

The vehicle presents a stable and exemplary maintenance trend, passing its most recent MOT on 14 December 2025 at 120,535 miles with zero defects recorded. A completely clean bill of health across five consecutive annual tests indicates a strict servicing regime and diligent rectification of minor wear items before they escalate into failures. The absence of any advisories or failures over this period strongly suggests the previous owner maintained the vehicle to a high standard rather than running it to the point of component degradation. Evaluating the mileage accumulation relative to its fourteen-year age reveals a consistent and typical usage pattern of roughly 8,600 miles per year. The recorded figures show steady annual increments: 100,134 miles in November 2021, 104,833 miles in December 2022, 109,365 miles in November 2023, 113,522 miles in December 2024, and 120,535 miles in December 2025. This translates to an average yearly increase of approximately 4,000 to 5,000 miles, ruling out prolonged periods of inactivity or excessively high mileage accumulation. The odometer readings align perfectly with the test dates, confirming regular annual usage without suspicious gaps or sudden spikes. Despite the flawless MOT record, a physical inspection remains essential for a vehicle of this age and mileage. The Chevrolet Volt relies heavily on its hybrid battery system and regenerative braking, so a specialist diagnostic scan of the high-voltage battery health and charge capacity is imperative. While the MOT tests show no brake faults, regenerative braking systems can mask underlying wear on conventional brake discs and calipers, so checking for surface corrosion and binding mechanisms is advised. Suspension bushes and coil springs will have absorbed over 120,000 miles of wear, and although they currently pass inspection, a thorough check for deterioration or cracking will reveal the true condition of the underpinnings. Finally, inspect the 12-volt auxiliary battery and charging system, as hybrid vehicles place unique electrical demands that can cause premature failure of standard components.