2007 Renault Clio 1.6L Petrol · FX07 VFD

The defining mechanical concern across this Clio's MOT history is a progressive corrosion picture centred on the front structure, layered on top of a single but serious 2025 brake and drivetrain failure. Three separate tests have now flagged the radiator support as corroded, with the 2021 advisory specifically noting it was holed, while the 2022 test also picked up corrosion on the front cross member. None of these were categorised as structural failures at the time of testing, but the fact that the same area has been raised repeatedly over a five-year span indicates an ongoing deterioration rather than a one-off surface issue. The 2025 test compounded matters with a Major defect for a split offside front inner CV joint boot and a Dangerous failure for parking brake efficiency below 50 percent, alongside a Major for rear brake lever reserve travel and an inoperative offside rear parking brake. The vehicle did subsequently pass on 14 March 2025 and again on 17 March 2026 with no advisories, which demonstrates the immediate safety items were rectified, though it leaves the underlying structural corrosion unchanged. With a recorded mileage of 76,914 miles over a 19-year life, this Clio is averaging roughly 4,000 miles per year, a figure low enough to suggest extended periods of standing rather than steady daily use. The MOT testing itself shows no unusual gaps, with annual tests recorded in every year from 2020 through 2026, so the vehicle appears to have been kept on the road consistently. However, low annual mileage of this nature tends to accelerate rubber and seal degradation rather than wear out mechanical components, which sits squarely against the pattern of corrosion advisories here and the dry-joint type failure of the CV boot recorded in 2025. Any prospective buyer should weigh the relatively modest odometer reading against the visible structural deterioration, as the two indicators pull in opposite directions regarding overall condition. A close physical inspection should focus on the front structural components referenced in the advisories. The radiator support and front cross member must be examined for perforation, particularly around mounting points and the lower valance, and probed with a screwdriver or similar tool to test for through-corrosion that may have worsened since the 2026 test, which recorded no defects in this area. On the road, listen for clonking or clicking from the front end over bumps, which would indicate worn suspension bushes or droplinks consistent with age, and pay attention to any knocking transmitted through the steering, as the prior CV boot failure can sometimes allow secondary damage to the joint itself if driven with a torn boot. Brake feel should also be evaluated carefully: pump the pedal with the engine running to check for excessive travel or a spongy response, and confirm the handbrake holds the vehicle on a steep incline without creeping, given the documented history of rear brake inefficiency. The rear brake installation warrants particular attention during any test drive. The 2025 Major defect for insufficient reserve travel on the rear brake lever, combined with one-sided parking brake inoperation, points to either a seized rear caliper mechanism or excessive adjustment in the handbrake linkage. Even though subsequent tests passed, ask whether the rear calipers, shoes, or handbrake cables were renewed at that time, and verify visually that the handbrake ratchet mechanism holds firmly through multiple clicks. On the move, heavy or uneven braking accompanied by pulling to one side, or a grinding or scraping noise from the wheels, would suggest the rear brake issue may be recurring. Finally, with corrosion advisories spanning five consecutive test cycles, an undertray removal or at minimum a thorough inspection from beneath with the vehicle raised is strongly advised to establish whether the front structural corrosion remains advisory in nature or has progressed to a point where it could threaten the next MOT.