2004 Nissan Pickup 2.5L Diesel · GP04 YTC

The vehicle presents a concerning maintenance trend characterized by escalating structural corrosion and recurring suspension-related failures. While it passed its most recent test in February 2024 at 183,626 miles, this followed a failure just one mile prior due to critical issues like a failed wheel bearing and dipped headlamp. The current advisory list reveals a high volume of deferred maintenance including perished components, perished tyres, and leaking shocks, suggesting that the vehicle is being maintained on a reactive rather than a proactive preventative schedule. At 183,626 miles, this 22-year-old Nissan has averaged approximately 8,300 miles per year, which is consistent with typical light commercial use. However, there is a significant data gap in the testing history between August 2019 and January 2023, during which the vehicle covered only 5,018 miles. This period of low usage likely contributed to the accelerated degradation of rubber components, as evidenced by the perished perished and perished noted in the 2023 and 2024 records. A buyer must prioritise a thorough inspection of the chassis and mounting points, as the records consistently flag corrosion on the integral body structure and specific rear mounts. The presence of structural rust, while not yet a failure point, indicates an advancing process that will eventually compromise the roadworthiness integrity. Furthermore, the front suspension requires close attention; the drag link ends and track rod ends have shown a history of play and deterioration across multiple years. The engine oil leak noted in 2019 persists as a non-excessive leak in 2024, which requires monitoring to ensure it does not worsen rapidly. The braking system also shows signs of neglect with pitted front discs and a corroded rear pipe. Given the age of the vehicle and the recurring nature of these mechanical faults, the buyer should be prepared for significant investment in suspension and structural repairs to maintain the vehicle's current condition.