2007 Vauxhall Corsa 1.4L Petrol · GL07 AFU

A persistent drive shaft boot defect is the defining mechanical thread running through this Corsa's MOT history, with a severely deteriorated nearside front inner CV boot recorded as a minor defect at the most recent test on 9 October 2025 and flagged in exactly the same terms back in June 2022. This pattern of a CV boot appearing across separate tests three years apart is a clear indicator that the boot has split, been temporarily repaired, and either re-split or the replacement has also perished. An unaddressed CV boot allows grease to escape and contamination to enter the joint, accelerating wear on the constant velocity joint itself and ultimately leading to vibration, knocking on turns, or complete joint failure. Beyond this recurring item, the record shows two outright failures in recent years, one on 27 May 2024 for headlamp aim being too low, and another on 7 June 2022 which included a windscreen wiper failure and a non-functioning nearside rear stop lamp. While both failures were subsequently rectified to enable a pass, the 2022 stop lamp failure in particular warrants confirmation that the wiring and bulb holder have been properly addressed rather than simply replaced once. With only 49,964 miles recorded against a 2007 build date, the vehicle has averaged around 2,630 miles per year, which is substantially below typical annual mileage and the lowest reasonable thresholds for a car of this age. This level of usage suggests extended periods of standing or very light use, which carries its own mechanical implications. Low-mileage vehicles commonly suffer from dried perishing in the cooling system, perished fuel lines and hoses, stiff or seized brake calipers, and prematurely aged rubber components such as the CV boots that are already proving problematic here. The lack of recorded failures in 2020 and 2021, and the clean pass of June 2023, should be read alongside the fact that with such limited annual mileage, consumable wear may be uneven and the recent reappearance of the CV boot defect suggests the vehicle is now returning to more regular use, exposing aged components. A prospective buyer should treat the recurring nearside front inner CV boot as the priority inspection item. On a test drive, listen for a clicking or knocking noise from the front of the vehicle during full-lock turns in either direction, which is the classic symptom of a worn CV joint following prolonged boot deterioration. Also feel for any vibration through the steering or under acceleration, particularly at speed, and inspect the boot visually for fresh grease deposits on the inner wheelarch or suspension arm, or for the tell-tale cracked and perished rubber that has characterised both recorded defects. Given the offside rear shock absorber corrosion advisory from 2022, the rear suspension should be examined for any further surface rust on the dampers, and the vehicle should be pushed laterally at each corner to detect excess play in the bushes, which on a low-mileage car of this age may have hardened and cracked rather than worn. The 2024 advisory regarding fluctuating front service brake performance, combined with the 2022 advisory for offside front brake pads wearing thin, also deserves direct attention. On a road test, apply firm pressure to the brake pedal from moderate speed and feel for any judder, pulsation, or pulling to one side, all of which could indicate a binding caliper or a warped front disc, both plausible outcomes on a vehicle that has covered relatively few miles and may have seized or corroded sliding components. With the engine running, check the handbrake hold on an incline and confirm the nearside rear lighting functions correctly, given its prior failure. Finally, request evidence of any work carried out to the CV boot since 2022, including the type of repair and the parts used, as a replacement split boot should not have reappeared in the same terms three years later, and this single recurring defect is likely to be the most significant mechanical risk facing the next owner.