2013 Nissan Qashqai 1.6L Petrol · YT13 XBL

A clear pattern of recurring front-end running gear and driveline consumable wear characterizes the mechanical history of this vehicle, punctuated by periodic component replacements to secure annual certification. Most recently, the vehicle achieved a clean pass on 30 October 2025 at 85,772 miles with no recorded defects. This followed a failure in October 2024 caused by a split constant velocity boot on the front inner joint, alongside advisories for worn front and rear brake discs and a perished offside rear tyre. The broader testing trajectory shows that while the vehicle is currently certified with a clean sheet, front suspension linkages, engine mountings, and braking friction materials have repeatedly required attention across its test cycles. With an accumulation of 85,772 miles over roughly 13 years, the vehicle reflects a consistent average of around 6,600 miles annually with steady year-on-year progression and no recorded testing lapses. For a crossover of this age, this moderate usage profile places steady wear on suspension bushes, ball joints, and drivetrain mountings without the severe fatigue associated with high-mileage fleet use. However, at this age and mileage threshold, rubber components such as dust boots, anti-roll bar mountings, and suspension bushes naturally suffer from hardening and degradation, as evidenced by past advisories. Prospective buyers should focus their physical inspection on the front running gear and driveline assemblies that have historically generated MOT items. On a road test, listen carefully for dull thuds or knocking noises over uneven surfaces, which point to play in the lower suspension arm wishbone bushes or ball joints, both of which have been flagged across previous tests. Additionally, check for excessive engine rocking or a distinct clunk during pull-away and throttle transitions, which would indicate renewed deterioration of the front engine stabiliser bar. Under the vehicle, verify that the driveshaft constant velocity boots are intact, securely clamped, and free from grease contamination, particularly around the front inner joint that previously failed. Turn the steering wheel from lock to lock while driving slowly to detect any clicking or knocking from the joints that could arise if dirt entered a split boot prior to repair. Finally, inspect the brake discs through the road wheels to check for heavy lip formation, scoring, or corrosion across the friction surfaces, and ensure there is no steering shudder or pedal pulsation during firm braking.