2010 Nissan Primastar 2.0L Diesel · WK60 APZ

The 2010 Nissan Primastar shows a concerning trend of deteriorating mechanical neglect, as evidenced by the catastrophic MOT failure on 19 May 2026. The vehicle failed on a wide array of defects ranging from minor electrical issues to serious structural and suspension failures. The tester identified a fractured offside rear coil spring, excessive wear on the nearside front suspension arm ball joint, and significant play in both front track rod ends. The presence of a corroded nearside rear brake pipe and a binding nearside rear service brake suggests a lack of proactive maintenance on the braking system. Furthermore, the failure on exhaust emissions and the inability to secure the bonnet indicate deep-seated mechanical and safety concerns that require immediate professional attention. While specific mileage data is missing for several test years, the chronological history reveals a pattern of recurring issues that were rarely addressed. Between 2021 and 2023, the vehicle consistently suffered from corroded rear brake pipes and corrosion at suspension mounting areas. The 2026 failure is particularly severe because it flags multiple suspension components and steering linkages that were previously noted or in a state of decay in earlier tests. The gap between the 2023 pass and the 2026 failure shows that the vehicle's structural and mechanical integrity has deteriorated rapidly, moving from minor advisories to critical failures. A buyer should be extremely cautious regarding the structural corrosion noted at the suspension mounting areas. The recurring nature of the corrosion on brake pipes over five years indicates that previous owners performed the minimum repairs to pass rather than addressing the underlying rust. The failure of the exhaust emissions and the inoperative engine management light in previous years further suggest potential engine-related issues beyond simple wear. This vehicle requires significant investment to bring it to a roadworthy condition, specifically regarding the suspension geometry, steering components, and braking system.