2008 NISSAN NAVARA2.5L Diesel

The vehicle is currently roadworthy, having passed its latest MOT in April 2026 at 94,770 miles with no defects recorded. However, the maintenance trend shows a history of recurring structural and suspension failures that require close monitoring. While the most recent test is clean, the multiple failures between 2024 and 2025 indicate that the vehicle is prone to significant component degradation. This suggests that while the owner is willing to rectify major faults, the vehicle is suffering from age-related wear that exceeds routine maintenance. The mileage profile is notably low for an 18-year-old vehicle, averaging approximately 5,265 miles per year. This low usage is consistent across the record, with the vehicle covering only 1,364 miles between April 2025 and April 2026, and 1,244 miles in the year leading up to 2024. Such low mileage often implies the vehicle has sat stationary for extended periods, which frequently leads to the degradation of rubber components and accelerated corrosion of metal surfaces rather than mechanical engine wear. A buyer must conduct a thorough physical inspection of the chassis and suspension mounting points. The record reveals a persistent issue with structural integrity, specifically the nearside rear leaf spring anchor bracket in 2019 and 2025, and the offside rear suspension spring mounting in 2024. These are critical safety failures related to excessive corrosion that could spread across the frame. Additionally, the nearside track rod end ball joint is a recurring fault, flagged in 2022, 2023, and 2025, indicating that the steering geometry is a frequent point of failure. The inspection should also verify that the oil leak noted in March 2025 has been properly addressed and not worsened. Given the history of seized brake load sensing valves and fractured springs in 2020, the entire braking and suspension assembly should be checked for signs of seizing or premature fatigue. The low mileage does not protect this vehicle from the structural rust and component fatigue clearly documented in the test history.