2017 Nissan Qashqai 1.6L Diesel · KV17 KLP

The vehicle currently holds a valid roadworthiness status following a clean pass on March 31, 2025, 102,415 miles. This recent result indicates an improving trend in maintenance compared to previous years, as mechanical failures appear to have been addressed. However, the history reveals a pattern of reactive rather than proactive servicing, as components were only replaced after failing MOT tests or being flagged during scheduled inspections. The mileage accumulation is consistent with a nine-year-old vehicle, averaging approximately 11,400 miles per year. Between the April 2023 test at 65,284 miles and the April 2024 test at 89,105 miles, the car covered over 23,000 miles in a single year. This spike in usage likely explains the accelerated wear observed on the brakes during that period. The interval between the last two tests is standard, suggesting the vehicle is currently in a regular usage schedule. A buyer should conduct a close inspection of the braking system and suspension components. The 2023 failure flagged pitted and scored front brake discs alongside thin pads, while the 2024 failure showed an offside rear pad nearly at metal. While these were rectified, the recurring nature of brake-related failures suggests the owner ignored standard service intervals. Check for any signs of binding calipers or uneven wear, as the edge wear noted on the offside front tyre in 2023 points toward potential alignment issues or worn suspension bushes that should be verified in person. Final attention should be paid to the state of the washer system and the current condition of the tyres, as the history shows neglect of minor consumable items. Examining the chassis for corrosion is also necessary; despite the lack of structural advisories in the record, high-mileage vehicles of this age often show signs of surface rust in hidden areas. The clean pass in 2025 is a positive sign, but the previous mechanical data confirms the vehicle has been operated near the limits of its component tolerances.