2022 Nissan Interstar Tekna DCI 2.3L Diesel · SL72 WDM

The most recent official DVSA MOT test for this 2022 Nissan Interstar Tekna dCi was conducted on 16 October 2025, at which point the vehicle passed with no defects or advisories recorded against it. A clean test outcome at this stage is a positive indicator, suggesting that the braking system, suspension, steering, lighting, exhaust emissions, and structural integrity were all considered satisfactory for road use at the time of examination. However, as only a single MOT entry is available on the recorded history, it is difficult to draw firm conclusions regarding a longer-term maintenance trajectory. There is simply no prior data against which to compare the 2025 result, meaning the trend cannot be classified as stable, improving, or worsening on the basis of MOT outcomes alone. The absence of advisories is encouraging, but a prospective buyer should still treat the record as a snapshot rather than a confirmed pattern of consistent upkeep. With a recorded mileage of 5,505 miles over approximately four years of service, this Interstar is operating at an exceptionally low annual usage rate of around 1,376 miles per year. This figure sits well below the typical mileage expectation for a light commercial vehicle of this age and considerably beneath the average for any vehicle, and it raises immediate questions about how the van has actually been used. Low recorded mileage can be indicative of either genuinely light duties, such as occasional short local runs, or extended periods of standing where the vehicle has remained largely unused. Both scenarios carry distinct mechanical implications that diverge sharply from those associated with higher-mileage examples, and they require careful physical inspection rather than a reliance on the modest odometer reading to assume low wear. Given the low usage profile, a prospective buyer should focus closely on the condition of components that degrade with age rather than with mileage. Tyres should be inspected carefully for sidewall cracking, perishing, or brittleness caused by prolonged standing or age-related rubber deterioration, even if the tread depth appears adequate, and the spare or any unused original-fitment tyres should be checked similarly. Brake discs and calipers are particularly susceptible to standing corrosion, and seized or binding calipers, surface rust on the brake rotors, and potential uneven pad wear should all be examined on a test drive, listening for scraping, grinding, or pulling to one side under braking. The 12-volt battery is another critical area, as prolonged periods of inactivity combined with short journeys can lead to sulphation and reduced capacity; a battery health test or voltage check is strongly advisable. Fluid systems also warrant attention regardless of mileage, with engine oil, coolant, brake fluid, and power steering fluid all subject to time-based degradation, and a thorough verification of the service book stamps or digital service history is essential to confirm that calendar-based servicing has been carried out at the correct intervals. On a practical test drive, particular attention should be paid to any suspension clonks, rattles, or knocking noises that may suggest perished bushes or seized components resulting from lack of use, and the steering should be checked for smoothness without excess play or stiffness. The exhaust system should be inspected for corrosion at joints and mounting points, as road salt and standing moisture can accelerate rust even on low-mileage vehicles. Diesel-specific items such as the diesel particulate filter should also be considered, as very low annual mileage combined with predominantly short journeys can prevent the DPF from completing its regeneration cycles, leading to potential blockages and warning lights. Prospective buyers should also verify the authenticity of the recorded mileage against any available service documentation, ensuring consistency between the odometer reading, service invoices, and MOT records, and confirming that any periods of inactivity have been managed through appropriate starting, running, and storage practices.