2008 Citroen C1 1.0L Petrol · CU08 DAA

The 2008 Citroen C1 presents a stable and improving maintenance trend, culminating in a clean pass at its most recent MOT on 10 February 2026 at 77,773 miles. The tester recorded zero defects, indicating the vehicle met all structural and mechanical safety standards at that time. Curiously, the record shows a failed test on the exact same day at 77,772 miles, also listing no defects, which suggests an administrative anomaly or a retest following a procedural issue rather than a mechanical failure. Regardless, the subsequent clean pass confirms the car's current roadworthiness. The mileage accumulation aligns with light, consistent use, averaging roughly 4,321 miles per year over its 18-year life. Between the February 2023 test at 70,324 miles and the February 2024 test at 72,750 miles, the C1 covered 2,426 miles. The following year, it traveled 2,893 miles, reaching 75,643 miles by 24 February 2025. Most recently, it added just 2,130 miles over roughly eleven months leading to the February 2026 test at 77,773 miles. This steady, sub-3,000-mile annual cycle points to short, local journeys, which typically prevents the severe corrosion associated with long-term standing but can cause increased wear on consumables like brake discs and exhaust components due to lack of sustained heat cycles. Despite the pristine MOT record, an 18-year-old city car demands a thorough physical inspection. The low annual mileage implies frequent short trips, a pattern notorious for causing premature surface rust on brake discs and exhaust systems. Buyers should inspect the condition of the suspension bushes and coil springs, as light use does not exempt rubber components from perishing with age. Structural integrity requires close scrutiny; examine the sills, subframes, and floor pan for corrosion, particularly if the vehicle has spent its life in a coastal or road-salted area. While the MOT history shows no recurring mechanical faults, the absence of advisories does not guarantee the absence of age-related deterioration.