2014 Vauxhall Corsa 1.0L Petrol · ST14 CFK

The vehicle's overall roadworthiness remains stable, as evidenced by the consistent performance across all tested intervals. The most recent test on 2025-10-06 at 95,868 miles was passed, confirming that the 2014 VAUXHALL CORSA has maintained a sound drivetrain and chassis condition since the previous MOT was recorded on 2024-10-16. This stability suggests that previous owners likely adhered to a consistent maintenance schedule, avoiding the accumulation of critical wear items like brake discs or suspension bushings that would typically cause failure over time. The mileage profile demonstrates a clear pattern of rapid accumulation, particularly concerning the suspension and drivetrain components. The vehicle has accumulated over 7,989 miles annually, which aligns with its 12-year age, indicating that wear is occurring at a rate comparable to the vehicle's age. This rapid mileage accumulation is a significant red flag, as it suggests that the car has likely been driven for a considerable period without adequate servicing, potentially leading to premature failure of suspension components or brake discs. The gap between the 2023-10-13 failure and the 2025-10-06 test indicates that the braking system has not been maintained during this interval, a critical component for safety. Consequently, a buyer must inspect the vehicle in person for signs of corrosion, binding calipers, or structural rust in the suspension and chassis. The history of a failed anti-slip provision in 2023-10-13, combined with the lack of any recorded defects in the 2022-10-14 test, suggests that the braking system has been neglected. While the suspension bushes and coil springs may appear intact, the absence of a brake pedal anti-slip provision in the 2023-10-13 test warrants a physical check to rule out hidden rust or binding calipers. The lack of any defects in the 2024-10-16 test further supports the conclusion that the vehicle has been maintained for a while, but the 2025-10-06 test remains the definitive point of failure for the braking system.