2022 Nissan Qashqai Visia DIG-T Mhev 1.3L Hybrid electric (clean) · YA22 CLZ

The most recent official DVSA MOT test for this 2022 Nissan Qashqai Visia DIG-T MHEV was conducted on 10 January 2026, during which the vehicle achieved a PASS outcome with no defects or advisories recorded by the examiner. The only other test on record, completed on 20 January 2025, likewise resulted in a clean PASS with no advisory notes, meaning there is no documented history of wear-related defects, component deterioration, or emissions concerns within the official testing record. With two consecutive clean passes and no advisory items flagged across consecutive years, the official maintenance trajectory can be characterised as stable, although it should be noted that the absence of recorded advisories does not equate to a comprehensive mechanical health check, as the MOT represents a statutory minimum standard rather than a full condition survey. The recorded mileage of 22,408 miles over an approximate four-year service life equates to an annual accumulation of roughly 5,600 miles, which is considerably below the national average and indicative of predominantly short-trip or light-use operation. While lower mileage generally correlates with reduced wear on major drivetrain and engine components, it also raises the probability of extended periods of standing or infrequent use, both of which can accelerate certain forms of degradation independent of mileage accumulation. The relatively modest gap between the two recorded MOTs suggests consistent but limited usage, and there is no evidence of mileage irregularity or clock discrepancy within the documentation supplied. Given the low annual mileage profile and the absence of any flagged advisories, particular attention should be directed towards age-related deterioration rather than wear-related concerns during physical inspection. Tyres fitted to a vehicle of this age, even with minimal mileage, can suffer sidewall perishing or ozone-related cracking, and any original-fitment tyres nearing four years of age should be carefully inspected for hairline cracks in the sidewall rubber, as load-bearing integrity can be compromised before the tread depth becomes the limiting factor. Brake discs and calipers may exhibit surface corrosion or seizing as a consequence of infrequent use, particularly on a vehicle likely used for shorter journeys where the braking system does not reach sufficient operating temperature to dry the components naturally; caliper slide pins and handbrake mechanisms are particularly susceptible to binding in such circumstances, and any signs of uneven brake pad wear or brake shudder under application should be noted during a test drive. The 12-volt battery is also a relevant concern, as low-mileage vehicles fitted with stop-start or mild-hybrid systems place additional cyclic load on the battery, and a standing voltage check or professional load test is advisable to confirm its state of health. Fluid condition and time-based servicing intervals warrant careful verification in light of the usage pattern, as calendar-based degradation proceeds regardless of odometer readings. Coolant, brake fluid, and transmission fluid all deteriorate chemically over time, with brake fluid being notably hygroscopic and prone to a reduced boiling point after extended intervals, which can compromise braking performance under sustained or repeated heavy use. The Mild Hybrid system itself, including the 12-volt lithium-ion supplementary battery and associated DC-DC converter, should be confirmed as functioning correctly through diagnostic interrogation, as these components can deteriorate with age and prolonged standing. Prospective buyers should also verify the completeness of the main dealer or specialist service history stamps, confirm the timing chain or cam belt service interval status according to Nissan schedules, and ensure that the vehicle has been driven sufficiently between services to allow proper oil circulation, as very low annual mileage can sometimes mask underlying issues such as oil dilution from short journeys or insufficient warm-up cycles.