2005 Nissan Micra 1.2L Petrol · RF55 LFZ

A concerning pattern of structural and suspension deterioration has emerged on this 2005 Nissan Micra, with the most recent test on 15 July 2026 passing only after the vehicle had failed just two days earlier on 13 July 2026. That initial failure was driven entirely by lighting and visibility defects, including an inoperative nearside front position lamp, a severely reduced offside headlamp output from a product-coated lens, an obviously incorrect headlamp aim, and an ineffective nearside windscreen wiper. While these items can be addressed through straightforward rectification, the underlying advisory pattern is more troubling. The offside front suspension arm wishbone rear bush has now been flagged across two consecutive tests (2025 and 2026), and structural advisories have appeared for the first time on both the nearside and offside rear inner sill and floor areas, indicating corrosion that has not yet compromised rigidity but signals an accelerating corrosion process on a 21-year-old bodyshell. A previous driver airbag failure was recorded twice in 2022 and 2023, though the item subsequently cleared and did not recur in later tests. With recorded mileage of 50,020 against a vehicle age of 21 years, this Micra averages only around 2,380 miles per year, which is exceptionally low for its age bracket. The mileage progression between tests appears broadly consistent with light, short-journey use, and there are no obvious gaps or sudden jumps in the recorded odometer readings. However, low annual mileage on an older vehicle can be a double-edged proposition mechanically, as prolonged standing periods tend to accelerate rubber component degradation, oxidise brake discs and calipers through lack of use, and starve the engine and gearbox of the thermal cycling needed to evaporate internal moisture. The recurring suspension bush wear and the headlamp lens deterioration are both consistent with this type of usage profile, where elastomers harden and exterior plastic components oxidise during extended inactivity. Any prospective buyer should focus the physical inspection on the items actually flagged in the MOT record. The offside front wishbone rear bush advisory warrants a careful road test over uneven surfaces and speed bumps, listening for clonking or knocking from the front suspension and feeling for imprecise steering response or vibration through the wheel. On the underside, the inner sill and floor corrosion advisories should prompt a thorough examination on a ramp or with a torch, paying particular attention to the jacking points, seat belt anchorages, and any boxed sections where surface corrosion can mask more significant structural loss. A magnet or light tapping with a screwdriver can help distinguish solid metal from bubbling rust. The headlamp aim and lens condition should be checked at night against a wall to confirm both pattern sharpness and correct beam orientation, while the windscreen wiper linkage and park position should be observed in operation for any streaking or inconsistent contact with the glass. Beyond the flagged components, several other age-related items merit close attention on this Micra. The nearside front tyre cracking and perishing advisory from 2025 should prompt a careful examination of all four tyres for sidewall crazing, and any tyre older than six years should be regarded with caution regardless of tread depth. The 2025 advisory noting an insecure offside front body component, likely a trim or undertray fastener, should be verified as properly secured. Given the recurring airbag supplementary restraint defect in 2022 and 2023, it is worth confirming with the vendor whether a recall rectification was completed or whether a replacement clockspring or airbag module was fitted, and whether any warning lights remain on the instrument cluster. Finally, given the very low mileage, the brake discs and calipers should be examined for surface corrosion and seized slider pins, and the exhaust system should be checked for internal rot at the mounting rubbers and joints, as these are common failure points on vehicles that see only light use over many years.