2008 Mitsubishi Colt 1.1L Petrol · VN58 ALU

A picture of progressive structural and rubber deterioration has emerged on this 2008 Mitsubishi Colt, even though the most recent test on 6 June 2026 ultimately resulted in a pass. The same inspection was recorded twice that day, once as a failure and once as a pass, with all defects from the initial test carried over as advisories once the car was re-presented and rectified. The current advisory list is significant: a corroded rear coil spring, corroded rear subframe, perishing rear tyres on both sides, a deteriorated front number plate, and slightly defective front headlamp lenses. Taken together, these items indicate that the underside of the vehicle is beginning to show the kind of age-related corrosion typical of an 18-year-old car, while the rubber components are approaching the end of their safe service life. The recorded mileage of 92,011 miles against an 18-year lifespan equates to roughly 5,100 miles per year, which is unusually low and consistent with a vehicle that has either seen light use or has spent considerable time off the road. MOT testing has been broadly annual with no obvious multi-year gaps in the provided records, but the failure in June 2024 following immediately by a pass the next day suggests the car may sometimes be prepared for test rather than maintained on a continuous basis. Low annual mileage of this nature typically results in greater susceptibility to corrosion due to prolonged standing, accelerated ageing of rubber components such as tyres and suspension bushes, and potential degradation of brake discs and hydraulic fluid through lack of regular exercise. For a prospective buyer, the rear subframe corrosion advisory should be treated as the priority structural concern. While it has been assessed as not seriously weakened at present, subframe corrosion can advance rapidly once initiated, particularly on a car that has stood for long periods, so a thorough inspection from beneath on a ramp is strongly recommended, with particular attention paid to mounting points, brake line brackets, and any evidence of paint bubbling or flaking around the rear suspension turrets. The corroded nearside rear coil spring likewise warrants close visual examination of the offside spring and both front springs, as corrosion rarely remains isolated, and any visible pitting or scaling indicates that all four springs may soon require replacement. On a test drive, listen for clonking or knocking noises from the rear suspension over bumps, and pay attention to any uneven ride height, as a weakened spring can cause the car to sit lower on one corner. The tyre and suspension wear history recorded in June 2024 deserves specific attention during a viewing. Both front tyres were deemed dangerous at less than 1.6mm of tread that day, alongside a major defect for an excessively worn nearside front lower suspension arm ball joint. This cluster of defects points to a pattern of front-end consumable wear that should be verified has been fully resolved. On inspection, the front lower suspension arms and ball joints should be checked for any play by hand with the wheels lifted, and the inner and outer edges of all four tyres examined for uneven shoulder wear, which can indicate misalignment or worn suspension geometry. During the test drive, listen for any knocking or creaking from the front end over speed humps and uneven surfaces, and feel for vagueness or vibration through the steering wheel, as any of these symptoms could indicate that the lower arms, drop links, or track rod ends are again approaching the end of their useful life. The headlamp lens defects and number plate deterioration are minor cosmetic items but should be rectified to ensure full compliance and avoid future test failures.