2016 Nissan Qashqai 1.5L Diesel · YA66 HDJ

The vehicle is currently roadworthy, but the maintenance history reveals a pattern of reactive rather than preventative care. The most recent MOT test in February 2026 at 90,475 miles resulted in a failure due to insufficient tread depth on both front tyres and the nearside rear tyre. While the vehicle passed the immediate re-test, the failure indicates that the owner only addressed consumable items once they reached legal limits, rather than replacing them during scheduled maintenance. At 90,475 miles over ten years, the Qashqai has averaged approximately 9,000 miles per year, which aligns with typical national averages for a family vehicle. There is a significant gap of 16,648 miles between the November 2023 test and the February 2025 test, representing a period of higher usage over roughly 15 months. This steady mileage suggests regular use, but it also means the suspension and braking components are consistently subjected to wear and tear across these long intervals. A buyer must scrutinise the front-end suspension thoroughly. The February 2025 test at 74,284 miles flagged severely deteriorated lower suspension arm ball joint dust covers and damaged track rod end dust covers. Although these passed at the time, the deterioration of rubber boots is often a precursor to grease loss and subsequent joint failure. A physical inspection should check for play in the steering geometry and knocks when traversing uneven surfaces to ensure these components have actually been replaced. The braking system also requires attention. Records from late 2023 at 62,636 miles noted thin front pads and worn brake discs. Given the 2022 advisory regarding a slightly distorted nearside front wheel, there is a possibility that the vehicle has suffered impacts that could affect wheel alignment or hub bearings. The buyer should check for any vibration under braking, which would indicate warped discs, and verify that the current tyres are not exhibiting the uneven wear patterns seen in the previous failure.