2023 Nissan Qashqai Tekna DIG-T Mhev 1.3L Hybrid electric (clean) · DC23 AAV

Consistent roadworthiness has been the defining characteristic of this vehicle throughout its initial three-year lifecycle, culminating in a clean pass on 30 June 2026 with no defects or advisories recorded. This outcome confirms that the primary safety-critical systems, including the braking, steering, and suspension assemblies, met the required standards at the time of inspection. Given that this was the vehicle's first statutory test, the lack of recorded issues establishes a baseline of compliance, though it remains a snapshot of the vehicle's state on a single day rather than an indicator of long-term component durability. An accumulation of 9,135 miles over three years results in an average of approximately 3,045 miles per annum, a figure significantly lower than the national average for a modern SUV. This usage pattern suggests the vehicle has spent considerable periods stationary, which can influence the mechanical condition of specific components differently than high-mileage motorway use. While the low mileage typically limits the wear on drivetrain internals and high-friction components, it necessitates a closer inspection of items prone to degradation during inactivity, such as the condition of the brake disc surfaces and the integrity of rubber suspension components that may stiffen or perish if left static for extended intervals. During the test drive, focus your attention on the transition between the mild-hybrid system and the internal combustion engine, listening for any unusual hesitation or metallic resonance from the transmission. Given the low mileage, the brake discs should be free of heavy surface corrosion or pitting; any grinding noises during initial braking or a pulsing sensation through the pedal suggests that the discs may have developed uneven surfaces from oxidation during periods of disuse. Ensure the electronic parking brake engages and disengages smoothly, as these systems rely on consistent operation to prevent the actuator mechanisms from seizing. The suspension and steering geometry should be evaluated by navigating over uneven road surfaces at low speeds to listen for any knocking or clicking from the front struts or anti-roll bar linkages. Even at this low mileage, check the underside for any signs of premature surface oxidation on the subframe or exposed chassis members, as the vehicle's age and potential exposure to environmental factors could lead to early-stage corrosion if it has been stored in damp conditions. Finally, verify that the steering remains neutral on a flat road, as any pull to one side could indicate an alignment discrepancy that may have been overlooked if the vehicle has seen minimal road time since its last adjustment.