1999 Nissan Micra 1.0L Petrol · T706 CJW

A recurring weakness in the front constant‑velocity (CV) boots, highlighted by a minor boot deterioration in 2022 and a major split in 2023, together with the recent front‑brake‑pad wear recorded in July 2026, defines the mechanical narrative of this Micra. The vehicle cleared its latest MOT on 10 July 2026, indicating that the identified defects have been remedied, but the pattern of CV‑boot issues and brake‑pad thinning suggests that these wear points will require ongoing attention. At 77,250 miles over 27 years the average annual mileage is roughly 2,860 mi, well below typical usage for a small hatchback. Such low utilisation often points to periods of limited running or extended storage, conditions that can accelerate ageing of rubber components, seals and bushings despite the modest mileage. The MOT record shows a three‑year gap between the 2019 and 2022 tests, which may reflect a period off the road; this further underlines the importance of inspecting age‑related degradation rather than mileage alone. When inspecting the front driveline, look for any fresh grease or oil traces around the wheel hubs and listen for a clicking or whining noise when the car accelerates and steers, which would indicate CV‑joint wear. Excessive play in the front wheels or uneven tyre wear can also be symptomatic of deteriorated boots allowing contamination of the joint. Any confirmed boot failure will necessitate replacement of the boot and possibly the CV joint if damage has propagated. The brake system should be examined for pad thickness – the 2026 failure recorded pads at 1.1 mm, well below the 1.5 mm safety limit – and for any pulsation or increased pedal travel that could signal disc wear beyond the advisory level noted. Visually inspect the discs for scoring, rust patches or uneven wear, and verify that the rear tyre previously flagged with a structural lump has been replaced or is free of bulges, sidewall cracks or tread inconsistencies. A thorough road‑test for pedal feel, braking efficiency and any steering pull will help confirm that the remedial work performed after the latest MOT has restored the vehicle’s roadworthiness.