1988 Nissan D21 2.5L Diesel · F467 XKG

The vehicle remains in a roadworthy condition, showing a stable maintenance trend following past structural challenges. The most recent MOT conducted in September 2025 at 123,488 miles passed with no recorded defects, mirroring the clean result from the 2024 test. This indicates that the vehicle has maintained its operational standard over the last two years, suggesting that the critical issues identified previously have either been addressed or have halted in their progression. At 38 years old, the recorded mileage of 123,488 miles is exceptionally low, averaging approximately 3,250 miles per year. The data shows consistent usage patterns, though there is a notable jump in mileage between 2022 and 2023, where the vehicle covered 16,725 miles in a single year compared to much lower figures in preceding periods. This low mileage generally reduces mechanical wear on drivetrain components and engine internals, but it increases the risk of material degradation in rubber components and seals due to long periods of inactivity. A buyer must prioritise a physical inspection of the structural integrity, specifically the areas that previously caused test failures. The 2016 failure revealed excessive corrosion on the subframe mounting and under the sill, while the 2018 failure identified a significantly reduced inner sill and a compromised seat belt anchorage. Although the vehicle has passed since these events, these specific areas are prone to recurring rust on this chassis. You should verify that no active corrosion is spreading through the sills or mounting points. Attention should also be paid to the suspension system, given the 2016 report of worn shock absorber bushes. Despite the low annual mileage, check the current state of the front tyres, as the 2023 test flagged uneven wear near the legal limit which could indicate alignment issues. Given the age of the vehicle, inspecting for cracking in hoses and bushings is essential to ensure the low-use history has not led to brittle material failure.