2011 Citroen C3 1.6L Diesel · GL60 PNE

The vehicle remains roadworthy, but the maintenance trend shows a shift toward reactive repairs rather than proactive preventative care. The most recent test in April 2025 at 138,284 miles indicates a pass despite several advisories regarding brake condition, tyre wear, and hardware. While the car consistently passes, the recurring appearance of wear-related defects suggests that components are only addressed once they approach a failure threshold rather than being replaced during scheduled intervals. The mileage pattern is remarkably consistent for a 15-year-old vehicle, averaging approximately 9,200 miles per year. The data shows steady usage without significant gaps, with the roughly 9,000 miles covered between the April 2024 and 2025 tests. This consistent accumulation suggests the car has not suffered from long periods of stagnation which often leads to seal degradation, though the transition from a clean record in early 2022 to a series of mechanical faults in subsequent years indicates the vehicle is entering a phase where aged components require more frequent attention. A buyer must scrutinise the front suspension and drivetrain area, as the history flagged a worn nearside front ball joint in 2022 and a defective rear lower gearbox mounting in 2024. These issues suggest the rubber bushings and ball joints are reaching the end of their service life. The noted oil leak from 2023 also warrants a physical inspection underbody to ensure it has not worsened into a significant leak that could affect the engine components. The braking system and tyre alignment also require close attention. The 2025 advisory regarding pitted and scored rear brake discs combined with the inner-edge wear on the offside front tyre points to a potential alignment issue or a binding caliper. Given the high mileage, the buyer should check the remaining tread depth on all tyres and evaluate the surface condition of the brake discs to determine if immediate expenditure is required to bring the vehicle to an optimal standard.