2019 Nissan Navara 2.3L Diesel · WJ69 VKC

The vehicle remains roadworthy but the maintenance history indicates a trend of reactive rather than proactive upkeep. As of the most recent test conducted in October 2025 at 114,012 miles, the vehicle passed despite advisories regarding worn nearsside front tyres and pitted front brake discs. While the vehicle is currently legal, the recurring nature of minor item faults across multiple years suggests that components are only addressed when they reach a point of failure or MOT advisory threshold. At 114,012 miles over seven years, this Navara has covered a high average of approximately 16,000 miles per year. The data shows a significant surge in usage between September 2023 (84,316 miles) and September 2024 (106,974 miles), where the vehicle clocked over 22,000 miles in a single year. This heavy usage explains the accelerated wear seen on suspension and braking components, as the vehicle is clearly subjected to consistent commercial work or long-distance motorway transit. A buyer must closely inspect the engine bay for the persistent oil leak that was flagged in both September 2024 and the preceding failure in that same month. Although the tester noted the leak was not excessive, persistent weeping on a high-mileage diesel engine can indicate gasket failure or seal degradation that requires monitoring. The failure of the nearside front anti-roll bar linkage in 2024 further highlights that the suspension geometry is under stress, necessitating a thorough check of all remaining bushes, ball joints, and steering arms for play. The history also reveals a consistent pattern of poor tyre management, with multiple tyres flagged as worn to the legal limit or unevenly between 2023 and 2025. This suggests either potential alignment issues or simply a history of neglecting basic consumable replacement intervals. Given the pitted condition of the front brake discs recorded in 2025, the buyer should verify the thickness and surface condition of the pads to ensure they are not nearing the end of their functional life.