2002 Nissan Micra 1.0L Petrol · LS52 GYP

A clear and consistent theme runs through the MOT history of this 2002 Nissan Micra, with the most recent test on 18 September 2025 confirming it as a structurally corroding vehicle rather than one suffering from acute mechanical failure. Across the last four consecutive tests the car has passed without any major failure items, but every annual examination since 2021 has generated advisories relating to corrosion of the coil springs, Macpherson struts, suspension arms, shock absorbers, rear axle and chassis sections. The pattern is worsening rather than improving: in 2021 the advisories were largely confined to surface corrosion and slight damage, by 2022 they extended to both front strut assemblies and a binding rear brake, and by the 2024 and 2025 tests the corrosion had progressed to all four coil springs and the rear axle assembly. The chassis itself has now been formally recorded as corroded, albeit without yet reaching the threshold where structural rigidity is significantly reduced. The overall trajectory suggests the car is moving steadily towards the point where advisories will become failures, particularly for spring and structural integrity items. The recorded mileage of 37,958 miles over 24 years equates to an annual accumulation of roughly 1,582 miles, which is unusually low for a city car of this type and suggests extended periods of either light use or inactivity. There are no obvious gaps between consecutive tests, but the combination of low mileage and persistent corrosion findings is significant, as prolonged standing allows moisture to settle into suspension and underbody components without the regular heat cycling of road use to dry them out. The binding rear brake noted in both 2022 and 2024 is consistent with a caliper that has seized partially due to inactivity, a common failure mode on low-mileage vehicles that sit for long periods. While the low mileage protects the engine, gearbox and interior trim from excessive wear, it actively works against preservation of the underbody, brake mechanism and suspension hardware. Any prospective buyer should treat the underbody as the primary area of physical inspection, ideally on a ramp or over a pit, paying particular attention to the lower suspension arms, front strut lower mounting plates, rear axle and the chassis rails adjacent to the rear suspension turrets. The advisories specifically mention the lower suspension arm both sides, the Macpherson strut coil spring seats and the shock absorber casings, all areas where Nissan Micras of this era are known to suffer perforation. Tap firmly with a screwdriver handle on the strut tops, lower arm joints, rear axle tubes and any visible chassis boxing section; a dull thud rather than a crisp ring indicates serious substrate corrosion. Examine the coil springs carefully for broken or missing coils and surface pitting that could lead to sudden fracture. On a test drive, listen for clonking or knocking from the front suspension over uneven roads, which would suggest worn bushes or ball joints that have deteriorated alongside the surface corrosion flagged at test. On a quiet stretch of road, brake firmly from around 30 mph and check that the car pulls up squarely without any dragging sensation or pulling to one side, given the recurring advisories for a binding rear brake; a hot wheel hub or burning smell after driving would confirm a seized caliper or slider. Steering should feel tight without excess play at the centre, and any vibration through the wheel above 40 mph warrants further investigation of the front suspension geometry, which may have been compromised by worn strut top mounts. Finally, check for oil misting around the cam cover and for any signs of coolant staining around the radiator and hose unions, as a 24-year-old Micra of this mileage may still have original age-hardened coolant hoses that warrant replacement regardless of MOT findings.