2013 Nissan Qashqai 1.6L Petrol · MV63 AAE

The defining mechanical story for this thirteen year old Qashqai is a pattern of clustered front end and brake wear failures rather than a steady, clean roadworthiness record. Across four recorded MOT tests there have been three failed presentations, with the most recent attempt on 7 April 2026 failing on four major items alongside a dangerous tyre defect before passing later the same day. The 2022 test produced two dangerous brake pad failures, the 2024 test recorded track rod end play and a headlamp defect, and the 2026 test returned the registration plate lamps, exposed tyre cords on the nearside front, and perished anti-roll bar ball joint dust covers on both sides. This is not a car that has been drifting through annual tests on a clean sheet; it has been held to standard each year by a series of specific wear items concentrated at the front axle and braking system, and a prospective buyer should treat the front suspension and braking consumables as active maintenance zones rather than resolved history. Recorded mileage of 84,008 miles across roughly thirteen years equates to an annual accumulation of approximately 6,462 miles, which is broadly typical for a vehicle of this age and does not point to either extended lay-up or unusually heavy use. There are no multi-year gaps in the MOT sequence, with tests recorded in 2022, 2023, 2024 and 2026, and the mileage progression between those events is consistent with regular road use rather than the sort of low annual figure that would invite concerns about seized brakes, perished coolant hoses or stale fuel. For this Qashqai, the mileage context is largely neutral; it neither explains away nor compounds the front end wear pattern, because even at modest annual use the anti-roll bar joints, track rod ends and brake pads that have already failed are wear-limited components that degrade on time as well as mileage, particularly on UK roads with winter salt exposure. The advisories and failures on this record are concentrated on components that any test drive should actively probe. Given the 2026 dangerous tyre failure on the nearside front and the perished anti-roll bar ball joint dust covers on both sides, inspect all four tyres for tread depth, shoulder wear and any exposed casing, and check the sidewalls for cracking or bulges, as a single failed tyre often points to a matching part-worn item that is approaching the same threshold. With the anti-roll bar joints, listen for clonks or rattles from the front subframe when traversing speed humps or uneven B-road surfaces, and feel for vagueness through the steering wheel during direction changes; perished dust covers mean the grease has escaped and accelerated wear on the spherical bearing, so any free play in the link at this stage warrants replacement. The 2024 track rod end failure is a separate component but sits in the same steering system, so test for any clunking through the steering on full lock or when parking, and watch for uneven tyre wear across the front pair that would indicate the geometry has drifted since the last repair. On the braking side, both front and rear pads were recorded below 1.5 mm in 2022 as dangerous defects, and a pitted or scored inner front brake disc was flagged as advisory in 2024, so the discs are now four years and roughly fifteen to twenty thousand miles beyond that observation. On a test drive, expect a firm, progressive pedal without sponginess, and listen for any scraping, grinding or binding that would suggest the caliper sliders have seized from infrequent use or that the discs have lipped badly. A standing start from thirty miles per hour should produce no pulling to either flank and no vibration through the steering wheel, as vibration under braking is the classic symptom of disc runout caused by uneven wear or corrosion. Finally, because the registration plate lamps and a dipped beam headlamp have both failed on recent tests, confirm full operation of all exterior lighting including number plate illumination before purchase, and verify that the headlamp lens has not become so hazed that output is compromised, as MOT lamps tend to be replaced reactively rather than preventatively and the underlying holder or wiring condition is worth a visual check in the engine bay.