2002 Nissan Micra 1.0L Petrol · KB02 AYZ

A pattern of progressive sill corrosion and front suspension component wear defines the mechanical profile of this 2002 Nissan Micra, with both issues appearing across multiple consecutive tests rather than as one-off observations. The most recent examination on 2026-01-08 returned a pass, yet retained advisories that mirror those issued in 2024 and 2022, indicating no meaningful resolution between tests. An offside rear inner suspension mounting area has been flagged in 2024 and again in 2026, where a repair is reported as coated in underseal, while a nearside rear inner mounting was previously noted as corroded in 2024. More critically, an offside rear inner suspension mounting was failed as a major defect on 2023-10-06 for excessive corrosion significantly reducing structural strength in the sill area. Although subsequent tests passed, the structural sill corrosion noted from 2020 onwards on both sides, combined with the failed component, shows an ongoing corrosion concern centred on the rear sill and suspension mounting points. The recorded mileage of 41,484 miles over approximately 24 years equates to an average accumulation of around 1,728 miles per year, which is notably low for the age of the vehicle and points to either limited regular use or extended periods of standing. The MOT testing itself appears continuous on an annual basis, with tests recorded in 2020, 2021, 2022, 2023 (two entries), 2024, and 2026, suggesting the vehicle has not been formally declared off the road via SORN for any extended period, even if the mileage progression implies light use between tests. Low annual mileage can reduce wear to high-load items like the clutch and drivetrain, but it often correlates with greater exposure to moisture-related deterioration on undersealed components, dry-rotting of rubber bushes and gaiters, and age-related corrosion of structural panels, all of which are consistent with the recurring sill advisories and the deteriorated CV boot flagged in 2020. A prospective buyer should focus the physical inspection on the sill areas and suspension components specifically referenced in the MOT record, as the advisories suggest persistent rather than resolved concerns. On a test drive, listen for clonks or knocking from the front suspension over uneven surfaces, particularly from the offside front lower arm where slight ball joint play was noted in both 2024 and 2026, and feel for any vagueness or wandering in the steering response. With the rear suspension mounting corrosion flagged repeatedly and once as a major failure, check inside both rear wheel arches and along the inner sill for bubbling underseal, flaking paint, or fresh evidence of repair patching that may be concealing deeper perforation. The exhaust should be inspected for the minor leak recorded in 2022, listening for any ticking or whistling under load from the manifold or front pipe area, and the front brake discs, flagged as pitted and scored in 2021 and 2022, should be checked for any recurring vibration or judder through the steering wheel under braking. The nearside front obligatory mirror has been noted as loose or damaged at the 2022, 2023-10-06, and 2023-10-16 tests, so verify its security and the integrity of its mount before purchase. Tyre wear on the inner edges, flagged on both sides in 2024 and 2026, warrants close inspection of the front wheel alignment, as consistent inner-edge wear on a light vehicle like a Micra often points to worn suspension bushes or geometry out of specification, which would tie directly into the recurring front suspension advisories. Finally, the front headlamp dipped beam failure in 2023 should prompt a functional check of both headlamps, and the CV joint gaiters should be visually examined for splits given the 2020 major defect for an insecure offside front outer boot. Taken as a body of evidence, this record shows a vehicle with continuous corrosion and suspension advisories that have not been rectified between tests, and these warrant hands-on verification rather than reliance on a clean current MOT alone.