2018 Renault Captur 1.5L Diesel · HV18 WHW

The 2018 Renault Captur presents a largely clean roadworthiness profile at the time of the most recent recorded MOT on 10 November 2025, where the vehicle passed with no defects recorded. However, the test history is unusually brief for an eight-year-old vehicle, with only five recorded entries over a two-and-a-half-year window from March 2023 onwards. The same date in November 2025 also shows a failed test, though no advisory or defect details are recorded against it. Without further information, the most recent pass stands as the current evidence of roadworthiness, but the sparse record makes it difficult to draw firm conclusions about long-term mechanical trends. Mileage progression across the recorded tests is consistent and relatively low, reflecting an annual usage of approximately 6,755 miles per year based on the current 54,041 miles. Between the March 2023 test and the November 2024 test, roughly 15 months elapsed, and a comparable gap separates the April 2024 and November 2025 entries. The mileage accumulation between these dates appears moderate, suggesting the vehicle has been in regular but not intensive use. No anomalies such as rapid mileage jumps or implausibly low readings are evident, though the absence of earlier MOT history means prior wear patterns cannot be assessed. Because the MOT record contains no advisories or failure details beyond a single pass and a same-day fail with no recorded defects, a prospective buyer cannot rely on the DVSA history to identify specific component wear. A physical inspection should therefore focus on the areas commonly affected on a Captur of this age and mileage, including rear brake components for binding or caliper seizure, front suspension bushes and coil springs for cracking or sagging, and the rear axle beam for corrosion. Brake discs and pads, tyres for uneven wear, and the exhaust system for corrosion or blowing joints should also be checked closely, along with any evidence of structural rust around the wheel arches and underbody seams. Given the limited MOT data, the absence of recorded advisories, and one unexplained failure on the same day as a pass, a cautious in-person assessment is essential. The relatively low mileage reduces the likelihood of major mechanical wear, but it does not eliminate the risk of component degradation from age or standing periods. Any pre-purchase inspection should include a diagnostic scan, a brake and suspension check on a ramp, and a thorough underbody examination for corrosion before committing to the purchase.