2014 Citroen C3 1.2L Petrol · SP14 SFY

The vehicle is currently roadworthy but the maintenance trend shows a clear shift towards mechanical degradation. While the car passed its most recent test in November 2025 at 84,325 miles, the tester identified multiple advisories that were not present in previous years. The transition from a clean record in 2022 and 2023 to a list of defects in 2024 indicates that components are now reaching the end of their functional life simultaneously. The mileage pattern is relatively consistent for a twelve-year-old vehicle, averaging approximately 7,000 miles per annum. However, there is a significant spike in usage recorded between October 2024 at 44,622 miles and November 2025 at 84,325 miles, where the car covered nearly 40,000 miles in just thirteen months. This rapid burst of mileage likely explains the sudden appearance of wear on consumables and suspension components, as the vehicle has undergone much higher stress levels than its previous annual averages suggested. A buyer must prioritize a thorough inspection of the rear suspension and braking systems. The offside rear coil spring has been flagged for corrosion in both 2024 and 2025, suggesting a persistent rust issue that could lead to failure. Furthermore, the rear bushes and front inner suspension arm bushes are noted as perished or worn, which will affect handling and cause uneven tyre wear. The front brake discs are consistently pitted and scored across the last two tests, indicating they are nearing immediate replacement to maintain effective stopping performance. The exhaust system also requires attention due to a minor leak at the front pipe joint and a deteriorated flex section identified in the latest test. The specific mention of the nearside front tyre being near the legal limit with inner-edge wear suggests a potential alignment or tracking issue. Given the recurring nature of the suspension and brake faults, the vehicle is entering a phase requiring significant preventative maintenance investment to bring it back to its previous standard of condition.