2009 Nissan Micra 1.2L Petrol · AF09 RBO

Chronic corrosion of the suspension and structural components defines this vehicle's mechanical history, with a persistent trend of deteriorating rear coil springs and emerging sub-frame rust. While the vehicle passed its latest inspection on 10 March 2026, the record reveals a recurring pattern of suspension degradation, most notably the total failure of both front coil springs in early 2023 and the continuous presence of corrosion on the rear springs across multiple years of testing. An average annual accumulation of approximately 4,783 miles over seventeen years indicates a low-usage profile. For a vehicle of this age, such low mileage often correlates with the accelerated corrosion seen on the sub-frame and suspension components, as light use and short-distance urban journeys frequently lead to road salt retention and a lack of consistent heat-cycling. Particular attention must be paid to the chassis and suspension during a physical inspection. The presence of outer sill covers is a significant point of concern as they have repeatedly limited the inspector's ability to fully assess the structural integrity of the sills. A prospective buyer should request the removal of these covers to check for hidden perforation. On the test drive, listen for metallic knocks or clunks over uneven surfaces, which could indicate the ongoing degradation of the rear coil springs or a recurrence of the anti-roll bar linkage play noted in previous years. Further scrutiny is required regarding the braking system and drivetrain. The 2024 record of pitted and scored front brake discs, combined with the 2026 finding of distorted rear wheel bead rims, suggests a need to check for pedal judder or steering vibration during deceleration. Additionally, the previously recorded oil leak should be verified by inspecting the engine bay for fresh residue or misting. Finally, the current corrosion on the front sub-frame should be professionally assessed to ensure it has not progressed to a point that compromises the vehicle's structural safety.