2015 Nissan Micra 1.2L Petrol · GD64 VTN

A clear pattern of corrosion-related suspension deterioration defines this Micra's mechanical profile, with coil spring advisories appearing on every test from 2023 onwards and now spreading to the front struts. The 2026 test on 6 July records a pass but simultaneously documents nearside rear coil spring corrosion, offside front Macpherson strut corrosion, and thinning front brake pads, with the same advisories also listed against a failure entry on the same date. Suspension component corrosion in a car of this vintage and modest mileage is consistent with age rather than mileage, and the gradual spread from the rear springs in 2023 to the front strut by 2026 indicates a progressive rather than acute issue. The persistence of the lower suspension arm pin or bush advisories at both front corners in 2024 and 2025, before they drop from the 2026 record, suggests either intermittent monitoring or rectification, though the underlying wear pattern is well established. Notably, the vehicle has not been flagged for any structural, subframe, or brake pipe corrosion, which is the more critical safety concern. At 35,715 miles against an eleven-year age, this Micra averages roughly 3,247 miles annually, a notably low figure that points to either primarily urban use or extended periods of inactivity. There are no significant gaps in the MOT testing history across the recorded period, suggesting the vehicle has remained on the road consistently, although a low annual mileage of this nature means fewer brake applications, less thermal cycling through the cooling system, and reduced drivetrain wear overall. The oil leak advisory that has appeared in both 2023 and 2025 tests, yet is described as not excessive, is characteristic of a slow seal weep common to older Nissan engines of this era and would warrant a physical under-bonnet check for fresh seepage at the rocker cover or sump gasket. The lack of high-mileage-related failures in the braking or exhaust systems aligns with the modest usage, but the suspension corrosion trend demonstrates that age-related degradation proceeds regardless of mileage accumulation. For a prospective buyer, the primary inspection priorities should be the suspension components specifically flagged in the MOT record. On a test drive, listen for clonking or knocking from the front suspension over uneven surfaces, particularly from the offside front strut area, and pay attention to any vagueness or shudder through the steering wheel on rougher tarmac which could indicate worn lower arm pins. The rear coil spring corrosion warrants a check underneath for surface pitting and any loss of spring height, as severely corroded springs can eventually fracture, producing an audible rattle or sudden drop in ride height on one side. Brake pedal feel requires particular attention given the binding offside rear caliper advisory from 2024 and the thinning front pads from 2026; a test drive should include firm stops from speed to check for judder or pull, and a handbrake hill-hold test to confirm the rear caliper is releasing fully without dragging. Under the bonnet, look for fresh oil residue around the engine seams and ask when the oil and filter were last changed, given the recurring minor seepage. Finally, the headlamp lens haziness noted on both front units, while not currently reducing output significantly, is worth inspecting at night to confirm beam pattern clarity, as the condition will continue to progress.