2013 Citroen C4 1.6L Diesel · FH13 XMB

The 2013 Citroen C4 presents a stable mechanical trend, currently holding a clean roadworthiness status following its most recent test on 3 May 2025 at 175,765 miles. The MOT record shows no defects recorded on the passing certificates, indicating the vehicle meets the required safety and emissions standards. While a failure occurred on 27 April 2025 immediately preceding the pass, the absence of recorded defects suggests a minor or administrative issue was swiftly rectified rather than a deep-seated mechanical failure. The maintenance pattern remains consistent, with the car passing its tests cleanly in 2023, 2024, and 2025. The mileage accumulation relative to the vehicle's age tells a shifting story. Between the June 2023 test at 159,044 miles and the July 2024 test at 169,093 miles, the Citroen covered roughly 10,000 miles, aligning with its high annual average. However, the period from July 2024 to the May 2025 test saw only 6,672 miles added. Crucially, the recorded mileage has remained entirely static at 175,765 miles since May 2025, meaning the vehicle has covered zero miles in the fourteen months leading up to today's date of 8 July 2026. This prolonged stationary period deviates sharply from its historically high usage. Given the complete lack of mileage over the last fourteen months, a physical inspection must focus on the risks associated with long-term standing rather than active wear. Tyres should be checked for flat spots and sidewall cracking, while brake discs must be inspected for surface corrosion that can compromise braking efficiency. Seized binding calipers or a handbrake mechanism are common culprits when high-mileage vehicles sit stationary for extended durations. Beyond the standing issues, the historical high mileage warrants a close examination of the suspension bushes, coil springs, and exhaust system for fatigue or corrosion. Engine oil and coolant condition require verification, as fluids degrade over time regardless of mileage, potentially leaving the drivetrain vulnerable upon restarting regular use.