2016 Nissan X-Trail 1.6L Diesel · J31 XTR

The most recent MOT on 19 March 2026 at 87,357 miles resulted in a clean pass with no advisories, which reflects a stable and positive maintenance trend. The vehicle failed just eight days earlier on 11 March 2026 at 87,349 miles, but that failure recorded no defects, meaning the tester likely identified a minor administrative or presentation issue that was rectified and re-tested almost immediately. The preceding annual test on 26 March 2025 at 84,371 miles also passed with no defects, and the pattern holds back to June 2024. This is a consistently well-kept vehicle with no recurring mechanical concerns in the official record. The recorded mileage sits at 87,357 miles across roughly ten years, which equates to about 8,736 miles per year. That figure is typical for a family-sized SUV and indicates steady, regular use rather than punishing high-mileage motorway work or long periods of idleness. There is a notable gap between the 1 June 2024 pass at 77,369 miles and the 26 March 2025 pass at 84,371 miles, a span of roughly ten months. That pause in testing is not reflected by an unusual mileage jump, since the car covered only about 7,000 miles in that period. The absence of any recorded corrosion, suspension wear, or brake binding in the history is a strong sign that the previous owners addressed routine items before they became test failures. Because the DVSA record is clean and free of advisories, no specific component demands urgent attention. However, a buyer should still carry out a physical inspection of the suspension bushes, coil springs, and brake discs, as these items commonly wear on an X-Trail of this age and mileage. The lack of any listed tyre or wiper faults across five tests suggests basic upkeep was not neglected, but the ten-month testing gap in 2024–2025 is worth a question to the seller regarding any off-road use or extended storage. The evidence points to a structurally sound, mechanically dependable vehicle that has been maintained on a sensible annual cycle.