2007 Mitsubishi Colt 1.5L Diesel · RO57 FSV

A 2007 Mitsubishi Colt with nineteen years of service and a fully clean DVSA record across the last five tests presents a reassuring roadworthiness profile, though the presence of two failed assessments in 2025 and 2026 warrants closer attention. Both failures are recorded without any defect notes, which typically indicates that the vehicle was refused a pass certificate for administrative or test procedure reasons rather than for mechanical non-compliance, since a genuine component failure would carry an explicit failure point under DVSA categorisation. Nevertheless, the pattern of failure followed shortly by a clean pass suggests the car was either repaired off-site or the tester initially applied a refusal criterion that was later reconsidered. The most recent test on 9 April 2026 returned a pass with no advisories or defects recorded, marking an improving trend from the earlier 2025 sequence, and this clean conclusion is the strongest current evidence that the vehicle meets minimum roadworthy standards. Against an age of nineteen years, the recorded mileage of 138,840 miles equates to an average annual accumulation of roughly 7,307 miles, which sits comfortably within expected parameters for a vehicle of this vintage and class. There are no apparent extended gaps in the testing history or unusual plateaus in mileage progression that would imply long periods of standing, which can otherwise lead to deteriorated fuel, perished cooling hoses, seized brake calipers, and chronic 12V battery issues. The consistent testing cadence and steady mileage reflect a car that has remained in regular service rather than one that has suffered long lay-ups, and mechanically this tends to preserve the integrity of consumables such as brake fluid, coolant, transmission oil, and drive belts. The absence of any mileage progression anomalies is a positive indicator, particularly for a supermini of this age where neglected short-trip use can accelerate corrosion of underbody components and exhaust system elements. For a prospective buyer, the absence of recorded advisories means the MOT history itself offers no specific component flags to investigate, but the vehicle's age and mileage still demand a thorough physical inspection of items that statistically fail on a Colt of this vintage. Particular attention should be paid to the rear brake drums or discs and handbrake mechanism, as the integrated drum-in-disc handbrake design fitted to many Colts is prone to seizure and reduced effectiveness, and this would manifest on test drive as the vehicle pulling to one side under braking or the handbrake failing to hold on an incline. The front suspension strut top mounts, lower arm bushes, and anti-roll bar drop links should be inspected for perished rubber and play, as knocking over uneven surfaces or vague steering response would indicate wear in these areas. Additionally, the exhaust system, particularly the rear silencer and front downpipe flexi joint, should be examined for corrosion-induced blowing, which would present as an audible exhaust drone under load or visible soot deposits around joints. The test drive should also be used to evaluate the 1.3 or 1.5-litre MIVEC engine and CVT or manual transmission, listening for timing chain rattle on cold start, irregular idle hunting, and any hesitation or juddering under light acceleration that could indicate aged engine mounts or throttle body issues. The clutch take-up point on manual examples should be assessed for any slipping under high load or juddering on engagement, while automatic variants warrant careful monitoring of transmission fluid condition via the dipstick, noting any burnt smell or discoloured fluid. Given the 138,840-mile accumulation, it would also be prudent to confirm evidence of recent replacement of the cambelt or timing chain, water pump, and thermostat, as these maintenance items are critical on a high-mileage Colt. Finally, a thorough underbody inspection on a ramp is recommended to check for surface corrosion on subframe and suspension components, as the combination of nineteen winters of road salt exposure and high mileage commonly produces rust in these areas long before it becomes an MOT failure point.