2002 Nissan D22 2.5L Diesel · WU02 SSX

Chronic structural corrosion and recurring braking system failures define the mechanical history of this Nissan D22, which has consistently struggled to maintain compliance throughout its testing life. The vehicle has accumulated a pattern of significant defects, ranging from dangerous electrical wiring deterioration to severe chassis and suspension mounting corrosion. While the most recent MOT test resulted in a pass, the historical data reveals a persistent struggle with safety-critical components that suggests a vehicle requiring intensive, ongoing intervention to meet basic roadworthiness standards. With an average annual accumulation of approximately 4,465 miles over its twenty-four-year lifespan, the low total mileage of 107,167 miles does not necessarily correlate with reduced mechanical wear. In vehicles of this age, such infrequent use often points to extended periods of inactivity, which can be detrimental to hydraulic systems, seals, and metal components prone to oxidation. The MOT record confirms this, as the vehicle has frequently required remedial work to address seized or binding brake components and structural degradation that typically accelerates when a vehicle is not regularly exercised or kept in a climate-controlled environment. Prospective buyers must prioritize a thorough inspection of the chassis and suspension mounting points, as the vehicle has a documented history of severe corrosion in these areas. During a test drive, listen for any metallic knocking or creaking from the rear suspension, which could indicate that the previously repaired mounting areas have suffered further degradation. It is essential to physically inspect the chassis rails and cross members for signs of fresh welding or flaking rust, as the structural integrity of this ladder-frame design is paramount. Any evidence of uneven tyre wear or a tendency for the vehicle to pull to one side may indicate that the suspension geometry has been compromised by this underlying corrosion. The braking system requires equally rigorous scrutiny given the repeated failures involving binding calipers, parking brake inefficiency, and damaged ABS wiring. On the test drive, ensure the vehicle pulls up straight under firm braking and check that the parking brake holds securely on an incline without excessive travel in the lever. Test the ABS functionality by performing a controlled stop on a loose surface to ensure the system activates correctly, as previous failures regarding warning lamps and sensor wiring suggest a history of electrical instability. Furthermore, check the condition of the brake discs and pads for pitting or scoring, as the vehicle has a documented tendency for these components to wear prematurely.