2016 Renault Captur 0.9L Petrol · BL16 RFF

A pattern of late-life corrosion and brake wear has emerged on this 2016 Renault Captur, with the most recent test on 2 July 2026 passing only after a prior failure ten days earlier. The earlier 22 June 2026 test was failed outright, with an accompanying near-side coolant leak advisories indicating fluid loss from the engine bay, alongside the same handbrake and nearside rear tyre issues that resurfaced as advisories on the subsequent pass. More seriously, the June 2025 test recorded a dangerous offside front brake disc and a major nearside front brake disc, showing that the front braking system required immediate attention less than twelve months ago. The 2024 test was completely clean, but the shift from a defect-free pass in 2024 to dangerous brake condition in 2025 and a failure in 2026 suggests an accelerating deterioration in mechanical condition rather than a stable plateau. With 54,553 miles recorded over approximately ten years, this Captur averages around 5,455 miles annually, which is well below typical usage for a vehicle of this age and likely reflects periods of light use or standing. There are no significant gaps in the MOT history between 2024 and 2026, indicating the car has been consistently in use during this window, though the four-year gap before the 2024 record means earlier mileage patterns cannot be verified. Low annual mileage of this nature generally preserves the engine internals and drivetrain but can accelerate surface corrosion on exposed underbody components, drying of rubber boots and suspension bushes, and uneven brake disc corrosion if the vehicle is used predominantly for short journeys. The rear axle surface corrosion and shock absorber casing damage flagged in July 2026 are consistent with this pattern of underbody weathering from limited but regular use. Any prospective buyer should pay particular attention to the front braking system, given the severity of the June 2025 dangerous defect. On a test drive, listen for any scraping, grinding, or pulsation through the pedal under firm braking, and check for pulling to one side which would indicate uneven disc wear or a binding caliper. Inspect both front discs visually for a pronounced lip on the outer edge and for any scoring or rust pitting across the surface. The handbrake reserve travel advisory appearing on consecutive tests suggests the rear cable adjusters or handbrake mechanism may require re-tensioning, so test the handbrake on a steep incline to confirm it holds securely without excessive lever travel. The nearside rear tyre has now been flagged twice for edge wear and sidewall cracking, so check the rear wheel alignment and examine the sidewalls for any visible perishing or bulging. The near-side coolant leak advisory from June 2026 should be investigated before purchase, as coolant loss from a ten-year-old Renault Captur typically points to a failing water pump, thermostat housing, or degraded radiator seams. Allow the engine to reach full operating temperature on the test drive and watch the temperature gauge for any upward creep, while sniffing for any sweet coolant odour around the engine bay. The rear shock absorbers showing external corrosion on their casings warrant a physical inspection by getting underneath the vehicle to assess whether the corrosion is purely superficial or has compromised the structural integrity of the dampers. On the road, push the rear of the car down firmly at each corner and release it; the body should rebound once and settle without continuing to oscillate, which would indicate worn shocks. Finally, given the underbody corrosion tendency suggested by both the rear axle and shock absorber advisories, a thorough inspection on a ramp for any structural rust on the subframe, brake pipes, and suspension arms is strongly advised.