2014 Nissan Qashqai 1.5L Diesel · AE64 WXY

The 2014 Nissan Qashqai presents a concerning mechanical profile marked by a series of repeated failures across multiple system domains rather than a single isolated issue. The vehicle has suffered three distinct failed MOTs between 2023 and 2025, with the most severe incident on 2023-10-28 involving fractured offside rear coil springs, critically worn suspension arm ball joints on both front and nearside sides, and dangerously low tyre tread depths on both front and rear positions. While the car managed to pass the 2025-10-31 MOT with only minor advisories regarding rear brake pad thinning and a damaged nearside rear sidelight lens, the retention of these advisories alongside the earlier catastrophic failures indicates systemic degradation that persists despite apparent repairs. This pattern of recurring failures rather than progressive improvement suggests underlying structural weaknesses that will continue to manifest under normal driving conditions. The mileage figure of 185,273 miles applied to a twelve-year-old vehicle translates to approximately 15,400 miles per year, a rate that substantially exceeds typical wear patterns for a model of this age and raises questions about the vehicle's actual usage history. Such rapid annual accumulation, compounded by the documented failures affecting core drivetrain and suspension components, implies considerable stress on the subframe, shock absorbers, and braking system. The narrow gap of just one day between the 2025-10-30 failure and the subsequent 2025-10-31 pass does not resolve the fundamental problem; instead it highlights how quickly the same vehicle can encounter new issues even after an initial repair attempt. This combination of high mileage and a troubled technical history points to a vehicle that has already borne significant load and may require extensive work before achieving dependable operation. Suspension linkages represent the most urgent area of concern, as front and nearside rear suspension arm ball joints have repeatedly shown excessive wear across multiple MOT records, and front lower arm ball joints exhibit deteriorating rubber gaskets. On a test drive, the buyer should pay particular attention to the quality of ride over speed bumps and potholes, listening for knocking or clunking noises that would indicate worn bushings or compromised ball joints. The front control arm assembly should also be inspected for any signs of play or looseness, particularly when turning corners at moderate speed where lateral movement can exacerbate worn joints. Additionally, the brake system demands scrutiny because rear and front brake pads have been reported as thin in both 2022 and 2025, suggesting possible air in the lines or internal wear that could compromise stopping performance. Tyre condition remains a critical safety issue given the two separate failed MOTs that recorded front and rear tyre tread depths below the mandatory 1.6mm legal minimum, with the 2023 failure explicitly flagging these as dangerous conditions. A thorough visual and tactile inspection of all tyres is essential, paying special attention to the tread depth measurement and any signs of uneven wear that might indicate misalignment or structural damage. The nearside rear sidelight lens damage noted during the last MOT pass, while not a direct safety hazard, may point to broader electrical or lighting circuit vulnerabilities that could affect the vehicle's ability to operate correctly in various conditions. Given the cumulative weight of repeated failures, elevated mileage, and critical tyre and suspension deficiencies, a comprehensive hands-on inspection focusing on the flagged components is strongly recommended before proceeding with any purchase decision.