2019 Renault Captur 1.3L Petrol · SL19 UXS

The 2019 Renault Captur has maintained a clean MOT history with no defects or advisories recorded across all five tests, most recently passing on 28 October 2025 at 21,848 miles. This reflects a stable roadworthiness trend over the past two years, with no recurring issues or escalating failures. The most recent test confirms compliance with current DVSA standards, though the vehicle is now 18 months past its due date for another MOT. No advisories or minor faults have been documented, suggesting the tester did not identify any hidden concerns during the most recent inspection. The recorded mileage of 21,848 miles at the time of the last MOT indicates exceptionally low annual usage—approximately 3,121 miles per year—given the vehicle’s age. This pattern is consistent across the entire history, with no sudden spikes or prolonged periods of inactivity. The most notable gap between tests was between 28 March 2022 (11,731 miles) and 8 October 2022 (12,985 miles), a 6-month interval with just 1,254 miles logged, which could imply extended storage or minimal use. Such low mileage may mitigate some wear concerns, but it also raises questions about fluid changes, tyre rotation, and general upkeep during periods of inactivity. Given the absence of advisories or defects, the most critical areas for an in-person inspection should focus on components that degrade predictably over time or are prone to neglect in low-mileage vehicles. The suspension—particularly rear coil springs, bushes, and dampers—should be examined for uneven wear or binding, as these are often overlooked in lightly used cars. Brake discs and calipers, despite no MOT failures, warrant scrutiny for lateral wear or uneven thickness, especially if the vehicle has experienced prolonged storage. Tyre tread depth, despite no MOT failures, should be checked for uneven wear patterns, as failing twice on tread in some records would suggest basic maintenance lapses. Finally, inspect for corrosion around wheel arches, sills, and underbody, as standing vehicles are more susceptible to rust development in critical structural areas.