2016 Renault Captur 0.9L Petrol · FP66 XDM

The 2016 Renault Captur passed its most recent MOT on 12 March 2026 at 47,651 miles, but the maintenance trend is mixed rather than reassuring. That test followed a failure on the same day, where the tester flagged service brake efficiency below requirements, an excessively binding offside front caliper, a smearing wiper assembly, a perishing nearside front tyre, and a corroded offside rear coil spring. Two of those defects, the tyre damage and the spring corrosion, carried over as advisories into the subsequent pass, meaning they remain visibly present. A binding caliper combined with historically fluctuating brake performance points to inconsistent braking system upkeep, not a one-off fault. The mileage profile is unusually low for a ten-year-old vehicle. At roughly 4,765 miles per year, the Captur has covered just 47,651 miles since 2016. The record shows a jump of 5,326 miles between March 2025 and March 2026, after several years of more modest annual use. Gaps between test dates are standard at annual intervals, but the low overall mileage raises the question of prolonged standing periods, which can cause tyre perishing, seized brake components, and localised corrosion, all of which appear in the recent findings. A buyer should focus the physical inspection on the rear suspension and braking system. The corroded offside rear coil spring is a structural concern, not a cosmetic one, and its condition should be compared against the nearside unit for symmetry. Both front brake discs have appeared repeatedly as worn, pitted, or scored across multiple tests, suggesting the vehicle has been running on degraded surfaces for some time. The binding offside front caliper and the fluctuating brake efficiency reading demand a road test under firm braking to confirm whether the caliper slide pins, pistons, or flexible hoses are compromised. Beyond the flagged items, check the tyre age codes across all four wheels. The perishing noted on the nearside front suggests the rubber may be older than the tread depth implies. Inspect the subframe, inner wing arches, and sill seams for corrosion, as long periods of low-speed, short-journey use accelerate structural rust on French-manufactured crossovers of this era. The front wiper linkage and blade condition should also be verified, as a smearing screen at the most recent test indicates either a worn blade or a failing wiper motor linkage.