2007 Vauxhall Corsa 1.2L Petrol · RF07 EPC

This 2007 Vauxhall Corsa carries a distinctly patchy MOT history that any prospective buyer should weigh carefully, with four failures recorded across the five testing cycles presented and a 2025 retest that only achieved a pass after substantial lighting, suspension and anti-roll bar defects were addressed on the same day. The earlier 2022 test returned a particularly concerning outcome, featuring dangerous front tyre tread depth and a structurally torn rear tyre alongside a fractured offside front coil spring, an excessively worn Macpherson strut top bush, and an inoperative offside stop lamp. By 2023 the engine management indicator light had also flagged a malfunction alongside a non-functional headlamp levelling device, and in 2024 both headlamp aim issues and a faulty wiper needed correction before the pass could be issued. The most recent pass on 18 September 2025 was only achieved after the offside suspension arm pin or bush and the deteriorated anti-roll bar ball joint dust cover were rectified, yet new advisories for nearside Macpherson strut bush wear, light shock absorber oil misting, and a non-excessive oil leak were still recorded. Taken as a whole, the record demonstrates a recurring theme of front suspension component wear, lighting defects, and tyre condition issues rather than a stable roadworthiness pattern. Against a vehicle age of approximately nineteen years, the recorded 79,991 miles equates to an average of around 4,210 miles per annum, which is notably low for the model and consistent with either light regular use or extended periods of inactivity. There are no significant gaps in the testing cadence within the provided records, with tests appearing annually between 2022 and 2025, suggesting the car has remained on the road consistently rather than being laid up for prolonged stretches. Such low annual mileage tends to reduce wear on major drivetrain and exhaust components but can simultaneously accelerate deterioration of rubber elements, seals, brake surfaces, and bodywork corrosion due to infrequent use and exposure during standing periods. The mileage itself does not display any sudden or suspicious jumps within the available data. Given the recurring Macpherson strut top bush, pin or bush, and coil spring advisories and failures on the front suspension, particular attention should be paid on a test drive to any clonking or knocking noises from the front end over uneven surfaces, vague or wandering steering response, and uneven tyre wear across the front axle that may indicate geometry disturbance from worn bushings. The offside front anti-roll bar ball joint has already required attention, so listen for any rattling or slack-feeling response during direction changes and cornering. On the braking side, the 2024 advisories for thinning front pads and pitted or scored front discs warrant a careful check for pedal judder under firm application, any pulling to one side under braking, and visible lipping or corrosion on the disc edges, as the discs may now be approaching a further replacement threshold. The oil leak advisory from the most recent test, combined with the light oil misting on the nearside front shock absorber, should be examined visually for fresh residue on the strut body, undertray staining, and any blue exhaust smoke on start-up that could indicate worsening engine seal degradation. The 2023 front sub-frame corrosion advisory merits a close inspection from underneath with a torch, looking for any progression to seriously weakened or holed metal particularly around mounting points and suspension pick-up locations. Given the historic dangerous tyre failures recorded in 2022 and the continuing pattern of perished or damaged tyres, all four tyres should be inspected for age-related cracking, tread depth exceeding the legal 1.6mm minimum, and any sidewall bulges or structural tears before purchase, while a thorough road test in darkness is advisable to confirm that headlamp aim and levelling remain correctly set following the 2023 and 2025 lighting-related failures.