2011 Citroen DS3 1.6L Diesel · F12 FBT

The vehicle is currently roadworthy following a pass on 11 June 2026 at 47,956 miles, but the maintenance trend is declining. The most recent test sequence shows a failure on 9 June 2026 due to an excessively worn offside front suspension arm ball joint and perished rear tyres. While the ball joint was rectified for the pass two days later, the tester still flagged the rear tyres as damaged or perishing and noted broken exhaust brackets. These recurring exhaust mounting issues have appeared in every test since June 2024, suggesting a pattern of superficial repairs rather than permanent fixes. The mileage is exceptionally low for a fifteen year old car, averaging roughly 3,197 miles per year. The gap between June 2024 and June 2025 saw an increase of 6,997 miles, while the subsequent year added 3,786 miles. This low usage profile often leads to the degradation of rubber components through age rather than wear. The perishing rear tyres noted in June 2026 confirm that the vehicle has likely suffered from long periods of standing, which accelerates the deterioration of tyres and suspension bushings. A buyer must scrutinize the braking system and suspension. The June 2024 test at 37,153 miles flagged corroded inner surfaces on the front brake discs and a fractured offside front coil spring. Given the low mileage and evidence of perishing rubber, the remaining suspension components and brake calipers should be checked for seizing or corrosion. The persistent failure of exhaust brackets across three years indicates a lack of attention to detail in the vehicle's upkeep. Priority should be given to inspecting the current state of the rear tyres and the exhaust system. Although the car passed its latest test, the advisory regarding perishing tyres suggests they are nearing the end of their safe usable life regardless of tread depth. A physical check for structural corrosion, particularly around the suspension mounting points, is advised to ensure the low mileage has not masked rust issues caused by inactivity.