2017 Dacia Duster 1.5L Diesel · SW16 CON

The most recent MOT test on 1 April 2026 confirms the vehicle passed with no defects, though the failure just three days prior—on 27 March—reveals critical issues that were promptly addressed. The track rod end ball joint failure and parking brake inefficiency indicate a pattern of suspension or braking neglect, particularly in the front end. While the vehicle now meets legal standards, the proximity of the two tests suggests either delayed servicing or a lack of proactive maintenance. The 2024 failures on front brakes, tyres, and wipers further imply a history of deferred upkeep rather than a sudden mechanical failure. Mileage progression shows an average of around 6,600 miles per year, which is typical for a vehicle of this age. However, the gap between the 2025 and 2026 tests—10,695 miles in just over a year—stands out as unusually high, particularly given the front-end failures that emerged in early 2024. The 2024 failure and pass on the same day at identical mileage (31,016) suggests either a rushed inspection or a temporary fix rather than a comprehensive resolution. This irregularity warrants scrutiny of how components like the track rod end and brakes were addressed between tests. A buyer should prioritise an independent inspection of the front suspension, particularly the track rod ends and associated bushes, as the 2026 failure confirms excessive wear. The parking brake’s efficiency should be tested for consistent engagement, and the front brake discs should be measured for uniform thickness—evidence of uneven wear could indicate caliper binding or misalignment. Corrosion in wheel arches or suspension mounts, especially around the front, should be checked, as this often accelerates joint failure. The tyres, while legally compliant at the last test, may have degraded further; tread depth should be remeasured, and sidewall integrity inspected for cuts or bulges. Finally, the windscreen wipers, which failed in 2024, should be tested in various weather conditions to confirm they now operate effectively.