2014 Dacia Duster 1.5L Diesel · VE63 WTL

The vehicle presents a concerning mechanical profile characterized by a worsening trend of deferred maintenance on critical components. While it passed its most February 2026 test at 131,205 miles, it did so following a significant failure in January of that same year. The record reveals a failure to address long-term suspension and corrosion issues that have persisted across multiple years. The presence of multiple high-priority advisories suggests an owner who performs only the absolute minimum repairs required to pass an MOT test rather than conducting preventative mechanical care. At 131,205 miles over 12 years, the Duster averages approximately 11,000 miles per annum, which is consistent with typical UK road usage for its age. However, the mileage accumulation has accelerated recently, with 9,657 miles covered between January 2025 and February 2026. This high usage, combined with the aging nature of the vehicle, places significant stress on the drivetrain and chassis components. The data shows a consistent pattern of wear that is not being rectified, indicating the vehicle is entering a more demanding operational stage. A buyer must prioritize a thorough inspection of the front suspension and braking system. The tester has repeatedly flagged corroded front coil springs and play in the anti-roll bar and lower suspension arm ball joints back to 2023. Corrosion on the brake pipes, specifically on the offside front and central rear sections, represents a genuine risk of hydraulic failure if these lines have not been treated or replaced. Furthermore, the offside rear shock absorber has progressed from light misting to a negligible damping effect in just one year, indicating that the component is nearing total failure. Tyre geometry is another recurring concern, with records showing consistent inner edge wear across multiple axles from 2024 through 2026. This suggests a persistent misalignment or worn suspension bushings that will continue to destroy tyres. The buyer should verify the structural integrity of the chassis, as the frequent mentions of corrosion on brake lines and springs often point to an environment where structural rust may develop rapidly if not addressed.