2015 Vauxhall Corsa 1.4L Petrol · MJ65 HFS

The vehicle currently holds a valid MOT following a pass on 16 January 2026 at 50,529 miles. The maintenance trend appears somewhat reactive rather than preventative. While the most recent test resulted in a pass, the vehicle failed earlier that same day due to a fractured nearside front coil spring. This follows a pattern of addressing component failures as they arise, such as the track rod end issues noted in January 2024 and the CV boot deterioration identified in September 2021. The mileage profile indicates low annual usage, averaging approximately 4,594 miles per year over its eleven-year lifespan. The record shows consistent, incremental increases in mileage, moving from 36,878 miles in January 2023 to 50,529 miles in January 2026. This low-mileage usage pattern can sometimes lead to surface corrosion on braking components, a condition explicitly flagged in the January 2025 test where both front brake discs were noted as corroded. A prospective buyer should prioritise a physical inspection of the suspension and steering components. The history shows recurring issues with track rod ends and a recent coil spring failure, suggesting the front end may require closer scrutiny for wear in bushes or ball joints. The January 2024 failure also highlighted an oil leak near the gearbox, which coincided with a previous advisory in January 2023 regarding suspected clutch slave cylinder leakage. It is essential to verify that these leaks have been fully rectified and are not currently weeping. Finally, check the condition of the braking system and the integrity of the drive shafts. Although the brake discs were passed as not excessively worn in 2025, the history of corrosion suggests they should be inspected for pitting. The 2021 advisory regarding a severely deteriorated offside front CV boot indicates that rubber components on this vehicle may degrade due to age and low usage rather than high mileage. Ensure all protective boots and seals are intact to prevent premature joint failure.