2013 Dacia Duster 1.5L Diesel · SN13 TWC

Underneath a surface of clean recent MOT passes, this Duster carries a meaningful mechanical story centred on its front-end suspension and drivetrain seals. The most recent test on 30 October 2025 recorded no defects, and the prior pass a year earlier was also clean, so the headline trend is presently stable. However, a closer look at the intervening 30 October 2024 test exposes a more serious chapter: the vehicle failed on three major defects, all concerning the front-end hardware. The nearside and offside front anti-roll bar ball joints were recorded as excessively worn, and the nearside front outer drive shaft CV boot was found to be split to the point that it no longer prevented the ingress of dirt. The fact that the very next visit on the same date returned a pass with no recorded defects suggests remedial work was carried out, but a buyer should treat this as a flagged episode rather than background noise. An additional earlier Minor advisory for a deteriorated offside front inner CV boot in November 2022 indicates that gaiter integrity has been a recurring concern across the lifetime of the record. Against a 13-year age, the recorded 130,385 miles equates to an annual average of roughly 10,030 miles, which sits comfortably within the typical range for a vehicle of this vintage. There are no lengthy unexplained gaps in the testing record; the annual cadence from 2022 onwards is consistent and suggests the car has been in regular use rather than laid up. Mechanically, that mileage brings the chassis and drivetrain into the territory where rubber-mounted components such as anti-roll bar links, drop links, and bushes become the limiting factor, while CV joints and their boots work harder at higher mileages, particularly given the Duster's tendency to be used on mixed surfaces. The combination of mileage and the 2024 failure profile is consistent with components reaching the natural end of their service life, rather than indicating any singular event. For a prospective buyer, the priority on a physical inspection is to scrutinise the very items that have caused the recorded failures. With the anti-roll bar ball joints having been flagged on both sides within a single test, the replacement components fitted after the 2024 failure should be confirmed by service history, and on a test drive particular attention should be paid to any clonking or rattling over uneven road surfaces, particularly at low speed over speed humps, as well as any vagueness or knocking through the front end during sharper direction changes. The CV boots on both sides warrant a close visual inspection from underneath the vehicle, looking for fresh splits, grease deposits on the inboard side of the wheels, or any perished rubber, as a torn boot that has been recently replaced can fail again if the joint itself has already been contaminated. On the road, any vibration through the steering, ticking or clicking noises when turning at full lock, or a shimmy under acceleration would point to a compromised CV joint. Beyond the explicitly flagged items, the recorded failure pattern should inform a broader walk-round. The Duster of this era is known for corrosion around the rear wheel arches, underbody seams, and subframe mounting points, so a torch-led inspection of the structural metalwork is worthwhile, even though the MOT history does not yet record advisories in those areas. The brakes should be checked for binding calipers or uneven pad wear, given the mileage, and the exhaust system examined for rattles or blowing, particularly at the flex joint and rear silencer. Finally, given that the previous failure was rectified between two visits on the same day, any paperwork confirming the parts used, the source of the components, and the workshop that carried out the repair would provide valuable context when assessing whether the work has been a durable fix or a short-term patch.