2011 Nissan Note 1.5L Diesel · YF11 AAZ

A pattern of recurring chassis and suspension wear, alongside a recent failure, defines the mechanical history of this 2011 Nissan Note. Across five recorded tests since 2023, advisories have flagged near-side front lower suspension arm bushes peeling, perished rear axle bushes, and steering play at the top mount, while the 2025 test recorded a clonk in the steering and further wear on the same front lower arm bush. The most recent examination on 16 July 2026 was a pass, but it raised a structural concern: the front subframe seam is starting to separate due to corrosion, an item that warrants close physical scrutiny because subframe integrity is fundamental to both suspension geometry and structural safety. The 2025 cycle also included a fail with two dangerous and major defects, most notably an offside front tyre below the legal tread limit, an inoperative engine management indicator lamp, a failed near-side front position lamp, and an offside stop lamp outage, indicating that electrical and lamp functions should not be assumed to be in order. Taken together, the trend suggests an older vehicle with progressive suspension and chassis deterioration that has now begun to affect the subframe, combined with intermittent electrical and lighting concerns. Recorded mileage of 109,258 miles across approximately 15 years equates to around 7,284 miles annually, which sits broadly in line with typical expectations and indicates consistent rather than sporadic use. The mileage progression between tests is steady rather than erratic, with no obvious gaps that would suggest extended periods off the road, meaning the wear recorded on bushes, tyres and the subframe is the product of regular use on typical UK roads rather than neglect through standing. However, this sustained mileage on a platform now in its mid‑teens places genuine demand on ageing components, particularly the suspension, exhaust mounting, engine mounts and rubber boots, all of which are subject to gradual degradation with continued use rather than time alone. A prospective buyer should focus the inspection on the items specifically flagged. The front subframe corrosion noted in 2026 should be examined physically, ideally on a ramp, paying particular attention to seam integrity, mounting points and any evidence of distortion or repair, as corroded seams can progress between tests and compromise suspension geometry. The near-side front lower suspension arm rear bush, the top mount and the rear axle bushes should be checked for free play by rocking the wheels and by listening for clonks or knocks over uneven surfaces and speed humps, with particular attention to steering precision and any wandering under braking or acceleration. A test drive should include firm braking from moderate speed to detect pull or vibration indicative of binding calipers or warped discs, and steady cruising over poor surfaces to expose worn compliance bushes or tired top mounts. Lighting and electrical function warrant a cold walkaround, as the 2025 fail recorded multiple lamp defects on the same day, including position lamp, stop lamp and the engine management indicator, which suggests underlying wiring or bulb holder degradation worth confirming. Tyre condition on all four corners should be measured with a tread depth gauge rather than visual estimation, given that one dangerous failure occurred in 2025 for tread below 1.6mm, and the offside rear was close to the legal limit the same month. Finally, an underbonn inspection for oil leaks, fluid condition and corrosion around suspension turrets and inner wings would complement the documented advisories and give a clearer picture of how the subframe and suspension components have progressed since the July 2026 test.