2014 Renault Captur 0.9L Petrol · R17 LAR

The most recent DVSA examination on 1 July 2026 resulted in a PASS, but only after a notably problematic intervening period, with the record showing a failed test on the same date in 2025 followed immediately by a retest pass. The July 2025 failure listed several major defects of clear mechanical concern, including a fractured offside rear coil spring, a significant rear brake imbalance across the axle, an inoperative offside rear parking brake, and inadequate offside rear service brake effort at the wheel, alongside an advisory noting the offside rear service brake was binding. When viewed as a whole, the maintenance trend is best described as a clear deterioration through 2024 and 2025 rather than a stable pattern. The fact that a coil spring fractured and a parking brake effectively failed between annual tests, combined with a brake caliper issue, suggests that core safety components were not being inspected or serviced proactively, and this should be treated as a significant red flag for a prospective buyer. With a recorded odometer reading of 75,612 miles against a 2014 build date, this Captur is averaging roughly 6,300 miles per year, which is broadly typical for a vehicle of this age and is neither unusually high nor particularly low. The mileage history does not reveal any long storage periods or sudden accumulation of miles, so calendar-related deterioration is a more relevant concern than high-mileage mechanical wear. Even at modest annual mileage, brake fluid degrades over time due to moisture absorption, and the 12V battery on a twelve-year-old car is highly likely to be at or near the end of its service life. The continuous annual MOT pattern indicates the vehicle has been in regular use, which is generally favourable for preventing the issues associated with prolonged standing. The most pressing buyer inspection priorities centre on the braking and suspension systems, given the serious advisories recorded in 2025. The steering track rod end ball joint has now appeared with slight play on two consecutive tests, on the offside front in 2025 and 2026, which is a recurring wear pattern that warrants close attention. On a test drive, listen for any clonking or rattling from the front suspension over speed bumps, check for uneven front tyre wear particularly on the inner or outer edges, and ensure the steering is precise without vibration or wandering. The offside rear coil spring replacement carried out in 2025 should be confirmed, and the nearside rear spring and its mounts should be physically inspected for cracking or sagging, as coil springs commonly fail in pairs due to similar age and stress cycles. The rear brake caliper, slider pins, and handbrake mechanism on the offside should be examined for seizure, corrosion, and proper adjustment, and the rear pads and discs checked for even wear, as the recorded binding and imbalance suggest possible caliper sticking or a stuck handbrake cable that could easily recur. Beyond the documented MOT items, several age-related items merit a thorough physical inspection before purchase. The under trays fitted to the vehicle will have concealed much of the underside during MOT testing, so it would be prudent to have them removed for a closer look, particularly given the advisory in 2025 noting general underbody suspension corrosion. Even at modest annual mileage, brake discs and pads may have corroded or seized from intermittent use, so the car should be test driven with several firm brake applications to check for pulling, juddering, or a spongy pedal. All tyres should be examined for sidewall cracking and perishing common to older vehicles, the exhaust system checked for corrosion and insecure mounting following the 2024 heat shield advisory, and the service history verified to confirm recent replacement of brake fluid, coolant, and the cambelt if due by age. A 12V battery load test is strongly advisable, and a diagnostic scan for any stored Renault fault codes would help reveal issues not yet severe enough to trigger an MOT failure.