2013 Nissan Qashqai 1.6L Diesel · BU63 LSD

A recurring history of severe suspension wear and dangerous tyre defects defines the mechanical roadworthiness profile of this vehicle, punctuated by multiple MOT test failures over the recorded years. The most recent examination on October 2, 2025, resulted in an initial dangerous failure for an offside front suspension arm ball joint likely to become detached, though this was rectified and followed by a pass later the same day. While recent tests show clearance, the historical recurrence of ball joint degradation, coupled with past structural and lighting faults, demonstrates that this chassis demands close scrutiny regarding its steering and suspension integrity rather than offering an unblemished track record. Accumulating 93,251 miles over its roughly thirteen-year life span yields an average of approximately 7,173 miles per year, representing a normal annual mileage profile for this model class. This steady accumulation pattern suggests the vehicle has remained in regular operation without extended periods of inactivity or severe high-mileage commercial deployment. Mechanically, this consistent usage means standard wear has been distributed predictably across major mechanical assemblies, though it places increased importance on verifying whether components like suspension joints and brakes have been replaced at appropriate intervals rather than merely patched for annual compliance. During the pre-purchase inspection and test drive, a thorough physical and acoustic evaluation of the front suspension is paramount given the history of failing ball joints on both sides. Listen intently for knocks, clunks, or sharp rattles when negotiating speed bumps, rough tarmac, or sharp turns, and check for any vagueness or wandering in the steering wheel. Furthermore, inspect the inner and outer edges of all tyres for abnormal wear patterns, and examine the condition of the brake discs, particularly noting any scoring or pitting on the offside front disc previously flagged on the records to ensure smooth, judder-free deceleration under braking.