2013 Nissan Navara 2.5L Diesel · LS13 EFM

The vehicle presents a concerning state of roadworthiness with a clear trend of worsening structural and mechanical degradation. While it passed its most recent test in October 2025 at 153,174 miles, this followed a significant failure just five days and 70 miles prior. The transition from minor advisories in 2024 to a multitude of serious structural and braking failures in late2025 indicates that the vehicle is reaching a stage where reactive maintenance is failing to keep pace with wear. At 13 years old with 153,174 miles, the Navara has clocked an average of approximately 11,800 miles per year, which aligns with typical usage for a commercial vehicle of this age. The data shows a recent burst of activity between October 2024 and October 2025, where the vehicle covered 6,000 miles in a single year. This consistent usage pattern, combined with the age of the vehicle, explains the accelerated wear on rubber-based components and the progression of deep-seated corrosion noted in the 2025 records. A physical inspection must prioritise the widespread corrosion identified on the chassis and body mountings. The October 2025 report notes that while structural rigidity is not yet reduced, the presence of corrosion on the rear integral body structure is an imminent failure point. The buyer should specifically inspect the offside front brake pipe, which was flagged for being excessively corroded and hidden by grease, a practice often used to mask decay. The recurring issues with imbalanced and grabbing rear brakes suggest the hydraulic system is under stress. The suspension and steering systems also require close scrutiny. The steering rack inner joints have documented play, and the rear leaf spring shackle bushes are showing visible wear. Given the 2023 failure for a worn anti-roll bar linkage and a defective prop shaft joint, the entire drivetrain and suspension assembly are likely nearing the end of their service lives. This vehicle requires a significant capital investment to address the structural and mechanical fatigue beyond the basic MOT pass.