2015 Dacia Duster 1.5L Diesel · MV65 HYN

The vehicle is currently roadworthy, but the maintenance history reveals a concerning trend of reactive rather than proactive care. While it passed its most recent test on 13 April 2026 at 65,919 miles, it failed that same day due to multiple safety-critical defects. The presence of a failed stop lamp, significant brake wear, and multiple tyre failures suggests that the previous owner only addressed mechanical issues when forced to by an MOT failure. At 11 years old, the recorded 65,919 miles represent relatively low annual usage, averaging approximately 6,000 miles per year. The data shows consistent usage with roughly 11,000 miles covered between April 2024 and April 2025, and another 11,366 miles covered in the final year. While the low mileage suggests less overall engine strain, it often leads to the degradation of rubber components, which is evidenced by the perishing and cracking noted in the recent April 2026 report. A buyer must conduct a thorough inspection of the braking system and tyres. The April 2026 test flagged thin offside front brake pads at 3mm and pitted, scored discs, indicating the braking assembly is nearing the end of its service life. Furthermore, the record shows uneven tyre wear, specifically bald inner edges on multiple tyres, which frequently points to incorrect alignment settings or worn suspension bushes. The buyer should check the windscreen for further cracks, as damage was already noted in 2025, and ensure the spare wheel carrier is now securely fastened following the previous 2025 failure. Structural integrity should also be verified, although the record does not explicitly flag corrosion. The low-mileage nature of the vehicle can sometimes mask deferred maintenance, and the failure of the headlamp levelling device in 2025 suggests a lack of attention to finer detail. Given the history of failing on consumable items like bulbs and tyres, a professional inspection of the suspension components and drivetrain is necessary to ensure no hidden mechanical wear has developed.