2009 Citroen C2 1.1L Petrol · LB09 LRN

A perfectly clean MOT record with no advisories or recorded defects across four tests covering the last three years presents an outwardly strong roadworthiness picture for this 2009 Citroen C2, yet the pattern of immediate retests warrants closer attention. The vehicle passed on 13 February 2024 with no defects recorded, then failed on 17 February 2025 before passing later the same day, and most recently failed on 16 February 2026 before passing on 19 February 2026. While the failure entries show no defects recorded against the tester, this sequence of same-day or near same-day pass after fail is unusual and typically indicates that rectification work was carried out between the two examinations. Without specific component information, the mechanical areas most commonly responsible for such patterns on a vehicle of this age and design include brake system components, suspension bushes and linkages, and exhaust integrity. The overall trajectory is one of conditional compliance, and a prospective buyer should treat the absence of advisory text as a positive but incomplete indicator of underlying condition. With 109,406 miles accumulated over approximately seventeen years of service, this C2 is running at around 6,436 miles per year, which sits comfortably within the expected usage band for a small urban Citroen of its generation. There are no significant gaps in the recorded MOT history that would suggest a prolonged period off the road, and the mileage accumulation appears steady and consistent with regular driving rather than occasional light use. At this annual rate, mechanical wear on consumables such as brake pads, discs, tyres, and clutch friction material will be moderate rather than extreme, but the higher-mileage aspects of the drivetrain should not be overlooked. Timing chain stretch, engine mount deterioration, and steering rack wear are common concerns on C2s approaching or exceeding the 100,000 mile threshold, and these items are not assessed during an MOT. The continuous annual testing pattern suggests the vehicle has been in active use, which generally prevents some of the corrosion issues that plague cars left stationary for extended periods, but it also means wear-and-tear components have been working consistently throughout. Given the absence of specific advisory detail in the available MOT records, a prospective buyer should concentrate inspection efforts on the components most likely to fail on a C2 of this age and mileage. On the suspension front, listen for clonking or knocking from the front end over uneven surfaces, which would indicate worn anti-roll bar bushes, drop link deterioration, or front strut top mount wear. Check for uneven tyre wear across the front axle, particularly inner-edge wear, as this often points to worn suspension arms or bushes that an MOT would only flag if severely progressed. Examine the rear axle beam for any lateral play when the vehicle is rocked side to side, as the Citroen rear suspension design is known for beam mount corrosion and stiffness issues that develop with age. During a test drive, pay attention to any vagueness in the steering or a tendency to wander, as C2 steering racks can develop wear and contribute to uneven tyre consumption. Brake system inspection should focus on the pedal feel and any pulling or juddering under braking, which would suggest disc warping or caliper binding. Although no brake-related advisories are recorded, the combination of higher mileage and the recent pass-after-fail pattern means the braking system may have received recent attention, so verify the condition of discs and pads directly rather than relying on the clean MOT paper. Under the bonnet, look for any signs of oil misting or residue around the cam cover, oil filter housing, and exhaust manifold, as oil leaks become increasingly common on higher-mileage C-series engines. Inspect the coolant and brake fluid condition visually, and check that the exhaust system is solid with no blowing joints, paying particular attention to the flexible section and rear mounting rubbers which often perish. Finally, examine the underbody and wheel arches for any corrosion bubbling along seam joints, structural rails, and the rear beam mounting points, as these areas are critical for long-term roadworthiness and would be the most likely source of any future failure.