2015 Nissan Qashqai 1.5L Diesel · GD64 LGV

The 2015 Nissan Qashqai presents a mechanical profile dominated by a persistent pattern of suspension and braking system failures that recurred across multiple MOT assessments before stabilising with a clean pass in September 2025. Several distinct major faults emerged throughout the recorded history including an excessively loose offside front track rod end ball joint, a fractured nearside front coil spring, severely worn offside front suspension arm ball joints, and compromised front service brake operation, each appearing in separate test cycles between late 2022 and early 2025. These recurring issues suggest underlying structural weaknesses rather than isolated incidents, with the 2024-09-24 failure cycle demonstrating how quickly the vehicle's condition could deteriorate when critical components such as the nearside front suspension arm and brake assembly required urgent intervention. Despite passing the most recent test on 2025-09-30, the cumulative evidence from earlier failures indicates that the vehicle's core chassis and drivetrain have accumulated significant wear from these systemic problems. The recorded mileage of 142,065 miles placed on an eleven-year-old vehicle translates to approximately 12,915 miles of annual accumulation, a rate notably higher than would be expected for a model of this age and strongly indicative of heavy use or extended periods of idling followed by short bursts of driving. The gap between the 2024-09-24 failure and the subsequent 2024-09-25 pass occurred just three days apart, suggesting the vehicle may have been driven hard enough to trigger new failures before the next assessment could be completed, which raises questions about whether the pre-existing conditions were being actively exacerbated during storage periods. This rapid mileage increase compounds the mechanical stress on every component, meaning that even with the current clean MOT result, the suspension bushings, coil springs, and brake subsystem have likely experienced accelerated degradation since their last documented failure. Suspension linkages represent the most critical concern given the repeated flagging of excessively worn front suspension arm ball joints and track rod end play. During a test drive, listen for any knocking or clunking over bumps when traversing uneven surfaces, and check the vehicle for visible signs of wear or looseness at the suspension arm mounts and track rod connections, particularly the front side where two major failures were recorded. The nearside front brake disc should be inspected for any residual scoring or pitting that may indicate previous overheating events, while the front service brake pedal should be tested for smooth, consistent pressure application without any spongy or hesitant response. Additionally, the rear tyres consistently showed inner-edge wear across multiple assessments, which combined with the reported rear brake disc deterioration creates a compounding risk to stopping performance and lateral stability. Electrical and exterior components also require vigilant attention given the persistent registration plate lamp failure noted in the 2024-09-24 assessment. A quick visual check under the bonnet will confirm whether the lamp circuit remains functional, though the presence of other ongoing issues makes complete resolution unlikely until the primary mechanical repairs are addressed. The combination of advanced mileage, a history of accelerating failures, and the specific pattern of suspension and braking component degradation means that purchase consideration should centre on confirming that all previously flagged items have been properly repaired and that the vehicle has been thoroughly inspected for hidden rust or structural fatigue, especially around the subframe and wheel arches where prolonged standing combined with high mileage can compromise long-term integrity.