2015 Renault Captur 1.5L Diesel · LG65 WDT

The 2015 Renault Captur presents a stable and currently sound roadworthiness profile. The most recent test on 28 May 2026 at 65,556 miles passed with zero defects, indicating the vehicle is mechanically compliant today. The maintenance trend is broadly improving. A failed test on the same day at 65,553 miles flagged a significantly worn offside front inner brake disc, but the immediate retest passed, confirming the defect was rectified promptly. This suggests the previous owner addressed the issue rather than ignoring it. The mileage pattern is notably low for an eleven-year-old vehicle. At roughly 5,960 miles per year, the Captur has seen light use. The record shows a gap of approximately 3,714 miles between the June 2024 test at 58,134 miles and the May 2026 test at 61,842 miles, covering nearly two years. This points to a period of very light use or possible long-term standing, which can cause its own issues such as perished rubber components, flat-spotted tyres, and brake corrosion from lack of regular driving. The mileage then jumped to 65,556 miles within a single month, suggesting a sudden increase in use or a correction in recorded mileage. The June 2024 failure at 58,131 miles is the most technically revealing entry. The tester flagged excessively worn lower suspension arm ball joints on both front corners and an excessively binding offside rear service brake. Worn ball joints on both sides simultaneously often indicate neglected suspension upkeep or aggressive driving over poor surfaces. A binding rear caliper is a separate mechanical fault that can cause uneven brake wear, overheating, and reduced fuel efficiency. Although the subsequent 2025 and 2026 tests passed cleanly, a buyer should still inspect the front suspension bushes, ball joints, and rear brake calipers in person. Check for uneven tyre wear, knocking over bumps, and any dragging sensation from the rear offside. Given the low annual mileage and potential for long stationary periods, also examine the exhaust system for corrosion, the condition of all rubber hoses, and the structural integrity of the underbody for surface rust or moisture-related deterioration.