2002 Peugeot 307 1.4L Petrol · KY52 OLE

The most recent MOT tests on this 2002 Peugeot 307, conducted just four months ago on 19 March 2026, reveal a concerning inconsistency rather than a clear trend. The vehicle failed the first test on that date—despite identical mileage—before passing the second attempt, a pattern that suggests either a last-minute pre-test service or an oversight in addressing minor but critical issues. No defects were recorded in either test, which implies the failures were likely procedural or administrative rather than mechanical. However, the absence of advisories or recurring faults in the last three tests does not preclude underlying wear, particularly in components like suspension bushes, coil springs, or brake calipers, which are prone to gradual degradation in a vehicle of this age and mileage. The recorded mileage of 91,115 miles over 24 years equates to approximately 3,800 miles annually, a figure that is unusually low for a car of this vintage. The gap between tests—particularly the 12,000-mile span between the 2025 failures and the 2024 pass—indicates prolonged periods without formal inspection. While low mileage can reduce wear on high-stress components, it also suggests extended periods of inactivity, which may accelerate corrosion in suspension linkages, wheel bearings, or underbody panels. The lack of advisories in recent tests does not rule out hidden corrosion or seized joints, especially in areas like the rear axle or subframe, where moisture accumulation over years of storage could compromise structural integrity. Given the absence of documented faults, a buyer should prioritise a thorough inspection of suspension components, particularly the rear axle bushes and coil springs, which often fail silently in vehicles of this age. The binding brake calipers noted in past tests—though not repeated—warrant verification of hydraulic fluid condition and caliper piston operation, as moisture ingress can cause seizing. Exhaust emissions systems, including the catalytic converter and oxygen sensors, should also be checked for efficiency, as older vehicles frequently develop leaks or degraded catalysts. Finally, a detailed underbody inspection for corrosion in the subframe, sills, and wheel arches is essential, as prolonged inactivity increases the risk of structural weakening. The lack of advisories in recent tests does not guarantee these areas are sound.