2025 Nissan Qashqai N-Connecta DIG-T Mhev Hybrid electric (clean) · OV75 AWH

No MOT test results are currently recorded against this 2025 Nissan Qashqai N-Connecta DIG-T MHEV on the DVSA database, which is consistent with its very recent first registration date. New passenger vehicles in the United Kingdom are not required to undertake their first statutory MOT inspection until they reach three years of age, meaning this vehicle is either approaching or has not yet reached its first roadworthiness test milestone. In the absence of any advisories, failure points, or mileage progression to evaluate, it is not feasible to determine a trajectory of improving, worsening, or steady maintenance from the official record. The prospective buyer must therefore rely entirely upon alternative evidence such as the Nissan main dealer or independent specialist service history, the in-car digital service interval readout, and the condition of the vehicle on physical inspection and road test. Recorded mileage has been provided as unknown, and consequently there is insufficient data to determine an annualised usage rate or to benchmark the vehicle against its age. Given that this is a 2025 model year hybrid-assisted turbocharged petrol family crossover, the typical UK average mileage is roughly eight to ten thousand miles per annum, meaning an expected odometer reading of between approximately eight and twelve thousand miles would be considered proportionate to its age. It is important that the buyer cross-references the current odometer reading with the V5C registration document, the in-service date, and any supporting invoices or service stamps to confirm the vehicle has not been subject to excessive wear, heavy motorway use, or conversely, extended periods of standing which can produce their own particular mechanical concerns. Since no MOT data exists to identify recurring advisories or failure points, the buyer should focus their attention on the mechanical and material items that deteriorate predominantly through calendar age rather than mileage accumulation. Tyre sidewalls and tread rubber should be examined closely for perishing, micro-cracking, or uneven wear across the axle, and the tread depth measured to confirm compliance with the legal minimum of 1.6 millimetres, as even lightly used tyres lose elasticity and grip over time. The 12-volt auxiliary battery, which supports the mild hybrid system start-up and ancillary electronics, should be tested for state of charge and load capacity, as prolonged standing or short urban journeys can reduce its service life well before the five to six year typical replacement interval. Brake discs and calipers should be inspected for surface corrosion, especially on the rear axle where binding or seized caliper sliders can develop during periods of inactivity, and the brake fluid should be checked for moisture content, given that hydraulic fluid is hygroscopic and should ideally be renewed every two years regardless of mileage. The mild hybrid system itself, incorporating the lithium-ion battery pack, belt-driven starter generator, and associated control modules, should be verified for fault-free operation through a comprehensive diagnostic scan, as any warning messages or stored trouble codes relating to the hybrid system would be material to the vehicle's overall condition. Engine oil, coolant, and transmission fluid should be inspected for correct levels, colour, and any signs of emulsification or contamination, and the oil filter housing and turbocharger feed pipes examined for any signs of oil weep from thermal cycling. Underneath the vehicle, the coil springs, suspension bushes, anti-roll bar links, and CV gaiters should be visually inspected for splits, deformation, or grease leakage, as these components are subject to fatigue and deterioration even at low mileages. Finally, the exhaust system, catalytic converter, and undertrays should be checked for security and corrosion, and a thorough test drive undertaken over varying road surfaces to identify any suspension clonks, steering vagueness, brake shudder, or driveline vibrations that may not be immediately apparent during a stationary inspection.