2014 Citroen C1 1.0L Petrol · AB12 PEP

The maintenance trend for this 2014 Citroen C1 presents a stable mechanical picture historically, though the recent lack of testing raises immediate concerns. The most recent MOT test on 14 September 2022 at 108,242 miles passed with zero defects recorded, indicating the vehicle met all roadworthiness standards at that time. A failed test occurred just two days prior on 12 September 2022 at the identical mileage, yet curiously, no defects were recorded against this failure. This anomaly suggests an administrative or procedural issue rather than a sudden mechanical breakdown. Overall, the recorded mechanical condition is stable, but the absence of any MOT data since September 2022, a gap of nearly four years, means this historical stability cannot be relied upon for the current state of the vehicle. The mileage accumulation pattern reveals a notable spike between tests. Between the September 2021 test at 84,852 miles and the September 2022 test at 108,242 miles, the C1 covered 23,390 miles in a single year. This is more than double the vehicle's typical annual average of roughly 9,020 miles. Such rapid accumulation over a twelve-month period implies sustained high-speed motorway driving or intensive daily commuting, which accelerates wear on consumables, suspension bushes, and drivetrain components. Since the 2022 test, the mileage has remained static at 108,242 miles, suggesting the vehicle has either been standing stationary for an extended period or has been driven without a valid MOT. Given the four-year gap in MOT records and the static mileage, a thorough physical inspection is essential before purchase. A buyer must closely examine the structural integrity of the undercarriage and sills for corrosion, as a stationary vehicle can suffer from moisture ingress and rust. The braking system requires particular attention; seized calipers and binding handbrake mechanisms are common issues when a car stands idle, and the condition of the brake discs and pads must be verified for surface pitting. Suspension components, including the coil springs and mounting bushes, should be checked for deterioration caused by prolonged static loading. Finally, the tyre sidewall condition must be assessed for cracking and perishing, as rubber degrades rapidly when a vehicle remains stationary, regardless of remaining tread depth.