2015 Nissan Micra 1.2L Petrol · EO65 TYA

A pattern of progressive front suspension wear defines the mechanical trajectory of this 2015 Nissan Micra, with the 2025 test pass on 30 September accompanied by advisories that signal accumulated wear on the nearside front axle. The anti-roll bar linkage ball joint now exhibits slight play, and the nearside front suspension arm bushes at both front and rear positions are worn, though neither yet results in excessive movement. These items were not flagged in earlier tests, suggesting a deterioration that has occurred within the last twelve months. Meanwhile, the offside front shock absorber is now showing light oil misting, an issue that was previously recorded on the 2023 test and has evidently carried forward without resolution. The exhaust joint between the middle and rear sections has developed a minor gas escape, and both headlamp outer lenses continue to deteriorate, reflecting a vehicle whose eleven-year-old plastic and rubber components are reaching the end of their effective service life. The vehicle did fail its initial 2025 attempt on 24 September, but the failure items are not detailed separately; however, the subsequent pass with the same advisory set indicates the defects flagged were not of immediate danger severity. Recorded mileage of 139,966 against an eleven-year age equates to an annual accumulation of roughly 12,700 miles, which is at the upper end of typical usage for a small urban hatchback and places this Micra firmly in the high-mileage bracket. There are no extended gaps in the MOT history to suggest long periods off the road, and the consistent annual testing indicates continuous use throughout the vehicle's life. This level of sustained mileage has direct implications for the longevity of suspension components, braking hardware, clutch wear, and general drivetrain condition. The wear pattern visible in the advisories aligns logically with this usage profile, as anti-roll bar linkages, suspension bushes, and shock absorbers all endure significant stress cycles over such an odometer reading. For a prospective buyer, the immediate priority on inspection is the front suspension assembly. On a test drive, listen for knocking or clonking noises over uneven surfaces, particularly from the nearside front, as this would indicate that the worn anti-roll bar ball joint and suspension arm bushes have progressed beyond the advisory threshold. Pay close attention to steering precision; any vagueness, rattling through the steering wheel, or uneven tyre wear on the inside or outside edges of the front tyres would suggest the linkage play has worsened since the test. The offside front shock absorber oil misting should be evaluated by looking for dampness or staining on the damper body itself, and bouncing each front corner to check that the vehicle settles promptly rather than continuing to oscillate, which would indicate the damper seal has deteriorated further. The exhaust system warrants a thorough visual and auditory check, as the minor leak recorded at the middle-to-rear join will typically worsen under thermal cycling. With the engine running from cold, listen for any ticking or hissing that intensifies as the system warms, and inspect the joint area for soot deposits that would confirm active gas escape. The headlamp lenses, while a roadworthiness concern only if they cause beam scatter, should be examined for crazing and moisture ingress, as this can also indicate failing headlamp sealing. Finally, given the high mileage, request evidence of recent replacement of the timing chain or cambelt if applicable to this engine variant, and verify the service history shows regular transmission and differential fluid changes where appropriate, as these items are not visible on an MOT but are critical to the mechanical longevity of a vehicle that has covered this many miles.