2016 Nissan Qashqai 1.6L Diesel · FP16 WVL

A pattern of front-end steering and suspension wear dominates the MOT history of this ten-year-old Qashqai and represents the primary mechanical risk for any prospective buyer. The most recent test on 7 July 2026 recorded a pass with a single advisory for inner-face wear on both front brake discs, but the more telling evidence lies in the prior year's inspection. On 23 July 2025 the nearside front steering rack inner joint and track rod end ball joint were flagged with play, and the offside front suspension arm ball joint was deemed so excessively worn it constituted a Major failure, resulting in an outright fail before the car was immediately re-presented and passed with the same advisories carried forward. The recurrence of steering and suspension defects on the same axle, combined with continuing brake disc wear only twelve months later, suggests a chassis that is now entering a phase of accelerated component fatigue typical of Qashqais reaching the end of their original suspension bushing and joint service life. Mileage accumulation has been broadly consistent with the vehicle's age, averaging roughly 6,144 miles per year across its ten-year life. The progression from the 2023 test to the 2025 and 2026 tests does not indicate any unusually rapid accumulation that would suggest hard motorway use or towing, and there is no evidence of long periods off the road between tests. That said, the fact that components such as brake discs, steering rack joints, and suspension arms have all reached their wear thresholds within relatively modest annual mileage points to a car that is being driven predominantly over uneven urban or rural roads, where pothole loading and frequent low-speed steering cycles accelerate wear on the front axle. The recorded history is also notable for a 2023 dangerous failure due to a significantly weakened nearside rear seat belt webbing, which would have required replacement prior to re-test; this is a one-off safety defect rather than a recurring pattern, but it does warrant visual confirmation that the belt now retracts correctly and that the replacement was carried out to manufacturer specification. Given the flagged history, the test drive should be approached as a targeted mechanical evaluation rather than a general road feel check. With the steering rack inner joint and track rod end previously flagged, listen and feel for any clonking or knocking from the front end over speed humps and uneven surfaces, and pay particular attention to vagueness or a slight delay in steering response on turn-in, as these are classic symptoms of worsening rack and tie-rod wear. For the offside front suspension arm ball joint that triggered the 2025 Major, perform a slow-speed full-lock turn in a quiet car park and listen for any clicking or popping from the wheel area, which would indicate the joint has failed entirely rather than merely worn. Brake pedal feel should be firm and progressive; any judder under light braking would suggest the front disc inner-face wear noted in July 2026 has progressed to the point of lipping or runout. The rear brake disc pitting scored in late 2023 should also be revisited during a visual inspection. Jack the rear wheels if possible or use a torch through the spokes to confirm the disc surfaces are free from deep ridges or corrosion crust that would now justify replacement, and check the rear pads for material depth since they were already reported as wearing thin at the same test. The offside front tyre noted as worn close to the legal limit on its outer edge in 2025 is worth confirming as having been replaced, as edge wear of that description is commonly linked to incorrect tracking or worn suspension geometry, both of which tie back to the steering and suspension defects already on file. Finally, inspect the underside of the front subframe and inner wheel arches for any bubbling or surface corrosion, given the age of the vehicle and the proximity of the affected suspension components, and verify that all previous advisories have been physically addressed rather than simply carried over between tests.