1992 NISSAN MICRA1.0L PETROL

The most recent MOT entry, dated 10 December 2010 at 88,632 miles, resulted in a failure with multiple serious defects. The tester flagged excessive corrosion to both nearside and offside rear suspension component mounting prescribed areas, a condition that directly compromises structural integrity. Brakes were imbalanced across an axle, and the nearside front tyre was below the 1.6mm legal minimum. Several lighting and visibility defects were also present, including non-functioning headlamps and a damaged obligatory mirror. This record is now over fifteen years old, and no subsequent MOT entries exist. The vehicle has effectively been off the road or untested since late 2010, making its current roadworthiness status entirely unknown. The recorded mileage of 88,632 miles across roughly 34 years equates to an average of approximately 2,607 miles per year, which is notably low. The mileage progression shows 78,873 miles in August 2006, 82,933 miles in September 2007, 87,223 miles in August 2009, and 88,632 miles in December 2010. This indicates a gradual but modest increase of around 9,759 miles over four years, consistent with light use. The complete absence of any MOT record after December 2010 raises the strong possibility that the vehicle has been stationary for a prolonged period, which carries its own mechanical risks including seized brakes, deteriorated rubber components, and fuel system degradation. A buyer should treat this vehicle as unroadworthy until a fresh inspection is completed. The 2010 failure identified corrosion to rear suspension mounting points, which on a 1992 Micra warrants close examination of the entire underside, including sills, subframe mountings, and cross members. The 2009 pass also noted slight structural corrosion and general underside rust, suggesting this has been a developing issue rather than an isolated one. Suspension bushes, coil springs, and shock absorbers should be inspected for deterioration, particularly given the likelihood of prolonged static storage. The braking system demands particular attention. The 2010 failure recorded an imbalance across an axle, which on a vehicle of this age could point to binding calipers, uneven disc wear, or deteriorated brake lines. Tyre condition should be verified comprehensively, as the 2010 failure for low tread depth on the nearside front, combined with long-term storage, makes it probable that all four tyres have perished sidewalls regardless of remaining tread. All lighting, the windscreen washer system, and the headlamp aim mechanism should be functionally tested before any road use is considered.