2010 Citroen C3 1.6L Diesel · BF10 BZU

The Citroën C3 presents a stable roadworthiness record over the past year, with no defects logged in either of the two most recent MOT tests—one passed and one failed—both conducted in July 2025 at mileages of 102,269 and 102,275 miles. The absence of advisories or failures on critical components such as brakes, suspension, or structural integrity suggests the vehicle has been maintained to a consistent standard, at least in the areas scrutinised by the tester. The repeated failures in July 2024 and 2025, however, are unusual given the lack of recorded defects; this pattern typically indicates administrative or procedural issues rather than mechanical ones, though it does warrant clarification from the seller. For a buyer, the clean test history is a positive indicator, but the unexplained failures raise a minor red flag that should be addressed before purchase. The mileage accumulation aligns closely with the vehicle’s age, averaging around 6,392 miles per year—a figure that reflects typical usage for a 16-year-old car. The gaps between tests are standard, with each MOT occurring roughly annually, and the mileage increments between July 2024 and July 2025 (approximately 725 miles) suggest the car has not been subjected to excessive short-term use or neglect. There is no evidence of rapid mileage buildup or prolonged inactivity, which would otherwise signal potential wear issues or storage-related deterioration. The consistency in mileage progression implies the vehicle has been driven regularly, though not aggressively, allowing for predictable wear on consumables. Given the absence of defects in the MOT history, a buyer should still prioritise a thorough inspection of key wear items that are not always captured in standard tests. Particular attention should be given to the suspension components—such as control arm bushes, coil springs, and ball joints—given their tendency to degrade over time without always triggering an MOT advisory. The brake system, including caliper condition, pad thickness, and disc wear, should be checked for uneven or excessive deterioration, especially if the car has been driven in urban conditions. Structural corrosion, particularly around wheel arches, sills, and the underbody, is another critical area; while the MOT may not always detect early-stage rust, prolonged exposure could compromise safety. Finally, the exhaust system and emissions components should be verified for leaks or inefficiencies, as these can develop silently between tests. The clean MOT record is encouraging, but a hands-on examination of these high-wear areas will confirm whether the vehicle’s upkeep has been as meticulous as the test results suggest.