NISSAN JUKE2017 · 1.5L Diesel

The vehicle shows signs of a worsening maintenance trend, with the most recent test in February 2026 revealing more significant mechanical issues than the previous year. While the February 2025 test at 96,090 miles showed no defects, the February 2026 test at 115,986 miles required a retest following failures of the nearside front headlamp, a worn suspension arm ball joint, and a damaged track rod end dust cover. The presence of these steering and suspension faults suggests that component wear is accelerating as the vehicle reaches higher mileages. The mileage accumulation is high for a 2017 vehicle, averaging approximately 12,887 miles per year. Between February 2024 and February 2025, the vehicle covered 19,033 miles, and it covered another 18,996 miles in the subsequent year leading up to February 2026. This consistent, heavy usage pattern places increased stress on consumable parts and chassis components. The rapid increase in mileage between tests correlates with the emergence of more frequent mechanical failures in the most recent inspection cycle. A prospective buyer should conduct a thorough physical inspection of the front-end steering and suspension geometry. The February 2026 failure specifically flagged an excessively worn nearside front suspension arm ball joint and a damaged track rod end dust cover. These issues, combined with the heavy annual mileage, indicate that the steering system may require comprehensive attention to ensure stability and prevent further component degradation. The braking history also warrants scrutiny. In February 2024 at 77,057 miles, the tester recorded significantly worn brake discs and pads on both the nearside and offside fronts. Although the vehicle passed subsequent tests, the previous neglect of braking components suggests that maintenance has occasionally been reactive rather than preventative. Checking the current thickness of the brake pads and the surface condition of the discs is essential to ensure they have been adequately replaced following those earlier failures.