2017 Nissan Qashqai 1.5L Diesel · FD17 LDU

A clean and uninterrupted DVSA history spanning from 2022 through February 2026 establishes this Qashqai as a structurally sound example, with five consecutive pass entries and a complete absence of recorded advisories or failure items. The most recent test on 13 February 2026 closed without any defects logged, mirroring the outcomes of every prior examination across the recorded period. This consistent pattern of roadworthiness suggests the vehicle has not developed any of the chronic corrosion, suspension wear, or brake component deterioration that frequently surface on nine-year-old Nissan crossovers of this generation. For a prospective buyer, the absence of historical advisories means there are no flagged components carrying forward as known watchpoints, which significantly narrows the scope of mechanical risk based purely on the official record. With 45,012 miles recorded against a 2017 registration, this Qashqai has averaged approximately 5,000 miles per year, a notably low annual accumulation for a vehicle approaching a decade of service. Low annual mileage of this nature typically reflects predominantly short urban journeys, light commuter use, or extended periods of standing between drives. Mechanically, this usage profile tends to preserve major drivetrain components such as the engine, manual or automatic gearbox, and clutch assembly from cumulative wear, while placing comparatively little thermal stress on the braking system. However, lightly used vehicles can develop localised corrosion on underbody components and brake calipers due to infrequent operation, and rubber elements such as suspension bushes, engine mounts, and driveshaft boots can harden and crack when a vehicle remains stationary for long stretches. The MOT record shows no testing gaps of consequence, with examinations conducted in successive years, indicating the car has remained in active use throughout the recorded period. On a physical inspection, attention should focus on the areas most likely to betray low-mileage storage rather than wear. Examine the underside for any surface oxidation on the caliper bodies, brake disc outer edges, and exposed metal pipework, as these areas commonly accumulate rust even when general use is light. Check the front and rear suspension linkages, particularly the lower control arm bushes and anti-roll bar drop links, for perishing or splitting, which can manifest as clonks or vague steering response over speed humps and rougher tarmac. Inspect the engine bay for any signs of perished rubber hosing, dried seals, or weeping from the power steering rack, and verify that the air conditioning system holds pressure, as seals and receiver dryers degrade regardless of mileage. Tyre condition warrants close scrutiny, as the sidewalls may have developed small flex cracks from age rather than tread wear, and the spare or inflation kit should be checked for serviceability. During a road test, listen carefully for any clonks or knocks emanating from the front suspension when traversing speed cushions or potholes, which would suggest worn or hardened bushes rather than outright component failure. Feel for vibration through the brake pedal under steady stopping pressure, a common symptom of lightly corroded discs on low-mileage vehicles, and be alert for any binding or dragging sensation that indicates a seized caliper guide pin. Steering should remain precise and free from vagueness around the straight-ahead position, and the automatic or manual gearbox should select cleanly without shunt or hesitation. Pay attention to the operation of all electrical accessories, including the infotainment system, reversing camera, climate control, and keyless entry, as latent electrical faults can develop through age rather than use. A pre-purchase inspection on a lift remains strongly advisable given the low recorded mileage, allowing a thorough assessment of underbody condition, fluid states, and any emerging component wear not yet reflected in the MOT history.