2007 Nissan Micra 1.2L Petrol · SW57 DFZ

The most recent MOT, conducted on 20 August 2025 at 96,075 miles, passed, but the maintenance trend is not straightforwardly improving. The vehicle has a pattern of borderline passes and failures, with corrosion and component wear recurring across multiple test cycles. The August 2025 pass is recent relative to today's date of 16 June 2026, falling roughly ten months ago, though no test has been recorded since. Advisories at that final test included perishing on three tyres, pitted front brake discs, and general underside and suspension corrosion. These are not new issues. They echo earlier findings and suggest long-standing deterioration that has been managed just enough to meet the minimum standard rather than properly resolved. The mileage profile is notably low. At roughly 5,057 miles per year over nineteen years, this Micra has seen light use. The record shows 92,981 miles in November 2023, 94,690 miles by November 2024, and 96,075 miles by August 2025, indicating a modest increase of around 1,400 miles over the final eleven-month period. There are no suspicious gaps or sudden jumps in the odometer. However, low annual mileage combined with the age of the vehicle means long periods of standing are likely, which accelerates rubber perishing, surface corrosion on brake components, and seal degradation. The tyre advisories appearing repeatedly across the 2024 and 2025 tests support this interpretation. Rubber deterioration on a car this age is expected, but the fact that the same cracking advisories persist suggests tyre replacement has been deferred. The structural and mechanical picture warrants close attention. The November 2024 failure flagged both front shock absorbers as heavily corroded with casing damage, both rear coil springs corroded, and the nearside rear spring seriously weakened with reduced cross-sectional area. A retest three days later passed, implying repairs were carried out, yet the August 2025 test still noted corroded underside and suspension components. This suggests the repairs addressed the immediate failure points without resolving the broader corrosion environment. The 2023 failure also identified a dangerously worn nearside front wheel bearing and excessively worn suspension arm bushes, both of which were rectified before the pass four days later. These are not trivial faults. A wheel bearing flagged as likely to break up represents a genuine structural risk, and the repeated suspension component wear points to a vehicle that has endured significant corrosion stress over time. A buyer should inspect the underside thoroughly, paying close attention to the condition of coil springs, shock absorber casings, and all suspension bushes for cracking or advanced corrosion. The front brake discs showed pitting at the most recent test, so expect reduced braking efficiency and potential disc replacement in the near term. All four tyres should be examined for sidewall cracking and remaining tread depth, and the date codes checked to confirm age. The exhaust system previously leaked at the mid-to-rear join, so any rattling or blowing noises under the floor should be treated as a red flag. Finally, given the low mileage but persistent corrosion pattern, inspect the inner sills, subframes, and mounting points carefully. Surface rust is one thing, but structural corrosion on a car of this age, even a low-mileage one, can be costly and difficult to remediate properly.