2015 Citroen DS3 1.2L Petrol · FH15 OMV

The 2015 Citroen DS3 demonstrates a stable and consistently sound maintenance trend, culminating in a clean pass at its most recent inspection. On 18 September 2024 at 58,868 miles, the tester recorded zero defects. An anomalous fail entry appears for the identical date and mileage with no defects listed, which typically indicates a data recording error or an aborted test; the accompanying pass confirms the vehicle met all required standards. This unblemished record suggests the car has suffered no significant mechanical failures or structural corrosion issues in recent years. The mileage pattern reveals notably low utilization for an eleven-year-old vehicle, averaging roughly 5,352 miles annually. Between 18 September 2021 at 37,908 miles and 29 September 2022 at 47,391 miles, the DS3 covered 9,483 miles. Usage remained steady the following year, accumulating 8,574 miles by 14 September 2023 at 55,965 miles. A significant drop occurred thereafter, with only 2,903 miles added between 14 September 2023 and the 18 September 2024 test at 58,868 miles. This sharp decline in recent mileage suggests the vehicle may have spent extended periods stationary, a condition that can degrade rubber components and cause brake disc corrosion despite the lack of MOT advisories. Despite the absence of recorded defects, a buyer must physically inspect components susceptible to deterioration from low mileage and age. Examine the tyre sidewalls for cracking, as rubber perishes over time regardless of tread depth. Check the brake discs for surface corrosion, a common issue when vehicles stand idle, and inspect the suspension bushes for perishing or splitting. The exhaust system warrants close scrutiny for corrosion, particularly at welds and joints, given the car's eleven-year lifespan. A test drive should focus on identifying any binding calipers or uneven brake wear resulting from the recent low mileage accumulation. The pristine MOT record indicates diligent basic upkeep, but the recent drop in usage demands a thorough hands-on evaluation of aging rubber and metal components.