2013 Citroen DS3 1.6L Diesel · FP13 FAF

The vehicle presents a concerning mechanical profile characterized by a pattern of reactive rather than proactive maintenance. While it passed its latest MOT in March 2025 at 115,128 miles, the failure immediately preceding that pass reveals a significant backlog of neglected components. The trend suggests that the owner only addresses faults once they reach a legal failure point. The presence of a fractured coil spring, worn-out tyres, and thin brake pads in a single test indicates that critical safety-related items have been ignored for extended periods. At 115,128 miles over 13 years, the DS3 has averaged approximately 8,850 miles per year, which is consistent with typical national usage. However, the data shows a period of acceleration between the September 2023 test at 94,948 miles and the March 2025 test, where over 20,000 miles were covered in 18 months. This rate of use correlates with the rapid deterioration of the suspension and braking components noted in the later records, suggesting the vehicle has been subjected to heavy stress during its more recent operating life. A buyer must conduct a thorough physical inspection of the front-end suspension and drivetrain. The MOT history repeatedly flags worn bushes on the lower suspension arms and play in the track rod end, both of which will affect steering precision and tyre wear. The offside front CV boot was previously split, so the buyer must check for fresh grease leakage and potential damage to the drive joint. Furthermore, the noted oil leak around the intercooler remains an unresolved issue that requires professional diagnosis to prevent future engine performance degradation or overheating. The braking system also requires close scrutiny. The 2025 failure highlighted significantly worn rear discs and thin pads, alongside a binding caliper issue first noted in 2022. Given the corrosion reported on the nearside rear coil spring, the structural integrity of the remaining springs should be checked for advanced rust that could lead to sudden failure. The distortion on the offside front road wheel also suggests a history of impact, which may have caused hidden damage to the steering geometry or wheel hub.