2010 Nissan Qashqai 1.5L Diesel · MJ10 WXO

A persistent accumulation of suspension and braking defects defines the mechanical history of this Nissan Qashqai, highlighted by a failure for a fractured nearside rear coil spring just days before it successfully passed an MOT test on 27 October 2025. This record shows a recurring pattern of component fatigue, including pitted brake discs, worn pads, steering linkage play, and corrosion affecting structural and mechanical subassemblies. While the vehicle managed a clean pass on its most recent examination, the historical data points to ongoing wear in high-load areas rather than a stable, trouble-free trajectory. Accumulating 174,431 miles over its sixteen-year lifespan translates to an average of roughly 10,902 miles per year, representing a typical UK driving intensity without extended periods of inactivity or severe mileage spikes. This steady, high-volume usage means that core drivetrain, suspension, and steering assemblies have experienced continuous operational wear. Consequently, the high odometer reading places increased demand on peripheral components, making it essential to evaluate how well these heavily used mechanical systems are coping with age. When conducting a static inspection and test drive, focus closely on the chassis and braking components flagged in previous examinations. Listen carefully for knocks, crunches, or clunks from the rear suspension over speed bumps and uneven road surfaces to ensure the recently replaced coil spring and surrounding linkages are secure. Inspect the steering and suspension mounting points for the surface corrosion noted on past test certificates, and check the steering responsiveness for any residual slack or wandering that could trace back to previously reported track rod end play. Finally, test the braking system thoroughly by applying firm pressure at speed to detect any judder or vibration through the pedal, which would indicate that the pitted and worn brake discs noted in earlier advisories require replacement. Verify that the parking brake holds firmly on an incline to address past concerns regarding low braking effort, and check all external lighting and the supplemental restraint system warning lamp on the dashboard to ensure all electrical faults recorded in previous failures have been fully resolved.