2003 Citroen C3 1.4L Petrol · MM52 XFF

The vehicle's roadworthiness is compromised by a persistent engine oil leak and significant corrosion affecting structural mounting points, despite a low annual mileage accumulation. The October 2025 test recorded a pass, yet this was immediately undermined by a failure on the same day due to a missing nearside front obligatory mirror. Earlier in the same year, the vehicle failed on two separate occasions in October 2024 due to ineffective windscreen wipers and severely reduced headlamp intensity caused by product on the lenses. This history demonstrates a pattern of recurring minor failures alongside chronic fluid leaks and structural deterioration that requires immediate attention. With a recorded mileage of 118,860 miles over approximately 23 years, the annual average of roughly 5,168 miles indicates light usage or periods of inactivity. However, this low usage does not preclude the inevitable age-related deterioration evident in the records, particularly regarding corrosion of steel components which occurs regardless of distance travelled. The low mileage profile suggests the vehicle may have spent significant time stationary, a condition that can accelerate the degradation of rubber seals and battery health, though the specific MOT history does not confirm extended periods of disuse. Prospective buyers must scrutinise the rear braking system closely, as the rear brake pipes have been flagged for corrosion covered in grease or other material in both October 2021 and October 2022. This component requires immediate inspection for rust-through or blockage, as compromised brake lines pose a significant safety risk. Additionally, the October 2023 advisory noted front brake pads wearing thin and discs worn, alongside front tyres worn close to the legal limit on the outer edges, indicating potential suspension alignment issues or uneven tyre wear that requires immediate replacement of the braking components and tyres. The October 2025 advisories regarding seat belt anchorage corrosion and rear inner suspension mounting corrosion highlight a structural integrity concern that extends beyond cosmetic damage. The seat belt anchorage corrosion, while deemed not excessive, weakens the mounting points for the safety restraint system, necessitating a thorough physical inspection for rust penetration. Furthermore, the chronic engine oil leak recorded across multiple years, including the most recent test, suggests a potential issue with the rocker cover gasket or oil filter seal, which should be monitored closely for fluid levels and potential smoke emissions during operation.