2013 Nissan Qashqai 1.5L Diesel · BL62 CFU

A pattern of deteriorating suspension and steering components, alongside recent critical safety failures, defines the mechanical state of this vehicle. While it achieved a pass on 12 June 2026, this followed a volatile period of testing in May and June involving dangerous tyre wear, steering play, and a concerning oil pressure warning during emissions testing. The trend indicates a vehicle where wear-and-tear items are failing in clusters, requiring frequent corrective work to maintain basic roadworthiness. Accumulating approximately 12,687 miles per year over thirteen years, this vehicle has a high-mileage profile for its age. Such consistent, high-volume usage places significant stress on the drivetrain, suspension bushings, and braking systems. At nearly 165,000 miles, the mechanical components are well into their late-life cycle, increasing the likelihood of fatigue-related failures in structural elements and rubber-to-metal joints. Attention must be paid to the steering and suspension geometry given the recent failures of the nearside track rod ends and suspension arm ball joints. During a test drive, listen for knocks or clunks when traversing uneven road surfaces or when turning the steering wheel at low speeds, as these are typical symptoms of worn joints. The current advisory regarding corrosion on the nearside rear suspension arm should be physically inspected to ensure the structural integrity has not been compromised beyond the current advisory level. The braking system requires scrutiny, specifically the front discs which are noted as worn on the inside face, and the previous failure of the offside rear parking brake. Feel for any pedal judder or uneven braking force during deceleration. Most critically, the record of a flashing oil pressure light during the May 2026 emissions test is a significant red flag; verify the current engine oil level and listen for any abnormal mechanical noise from the engine, as oil pressure fluctuations can indicate internal wear or pump inefficiency.