2010 Nissan Qashqai 1.5L Diesel · SH10 AOF

A persistent history of mechanical wear and structural intervention defines the roadworthiness of this Nissan Qashqai, culminating in a pass recorded on October 24, 2025. While the latest test cleared the vehicle for the road, it followed a failure just weeks prior due to an inoperative handbrake, and the overall DVSA record reveals a recurring cycle of significant defects. Across eight documented tests, the vehicle has accumulated multiple failures, including dangerously missing exhaust heat shields, heavily corroded rear suspension arms, and chronic oil leaks, indicating an unstable mechanical baseline rather than a consistently maintained trajectory. At roughly 16 years old with 131,484 miles on the odometer, the vehicle has accumulated mileage at an average rate of around 8,218 miles per year, which aligns with typical UK driving patterns for a vehicle of this age. This steady usage profile means that major drivetrain and chassis components have experienced continuous operational wear rather than accelerated degradation from excessive mileage or premature aging from prolonged periods of disuse. However, this level of mileage on a Nissan chassis of this era naturally elevates the likelihood of age-related fatigue in rubber bushings, steering joints, and load-bearing metal structures. During a pre-purchase test drive, the prospective buyer must thoroughly inspect the areas repeatedly flagged in the MOT history. Listen carefully for knocks, clunks, or rattles originating from the front and rear axles over rough road surfaces, which would point to advanced wear in the corroded front subframe, deteriorated shock absorbers, or the nearside track rod end that previously exhibited play. The braking system requires rigorous evaluation, given the recent major failure involving the handbrake; check that the parking brake holds firmly on a steep incline and test for any pedal sponginess or uneven braking pull that could indicate binding calipers or lingering hydraulic issues. Finally, inspect the underside for the oil leaks noted around the front of the engine and verify that the previously missing rear exhaust shield has been correctly replaced to eliminate fire risks. The lower undertray should be removed to allow a clear view of the engine block, auxiliary components, and the front subframe to assess the exact severity of the corrosion and fluid weeping. Inspect the rear shock absorbers for active fluid leaks beyond the noted misting, and check the inner edges of all tyres for abnormal wear patterns that would suggest underlying steering geometry or alignment misalignment.