2022 Vauxhall Vivaro F3100 Elite S/S Auto 2.0L Diesel · OV22 KVX

The most recent DVSA MOT test on this Vauxhall Vivaro was conducted on 28 March 2026 and resulted in a pass, with no defects or advisories recorded against the vehicle. A prior test on 24 March 2026 also appears in the records, listed as a failure, but again with no defects specified, suggesting the failure may have related to an administrative matter, a presentation issue, or a component that was rectified between the two closely spaced tests. With only three MOT entries available across the vehicle's life so far and no advisories or recurring failure points logged, the maintenance trend appears broadly stable, though the limited history does restrict the ability to identify any developing wear patterns at this stage. With a recorded mileage of 96,138 miles on a 2022 registration and an annualised figure of approximately 24,034 miles per year, this Vivaro is operating well above the average mileage for its age. Such sustained high usage is consistent with its likely role as a commercial or fleet vehicle, which generally accelerates wear on components subjected to frequent stop-start cycles, heavy loading, and prolonged motorway running. The mechanical implications of this level of use include more rapid consumption of braking components, increased wear on suspension bushes, coil springs, and anti-roll bar linkages, heightened strain on the dual-mass flywheel and clutch assembly in manual variants, and accelerated degradation of the timing belt or chain service items, oil seals, and turbocharger actuators. Diesel particulate filter regeneration cycles will also have been triggered very frequently, which can occasionally give rise to sensor faults or pressure-related issues if the vehicle has predominantly been used for short journeys. Given that the MOT record itself is clean of recorded defects, a prospective buyer should place greater emphasis on the practical inspection points that high-mileage commercial use typically brings forward. On a test drive, particular attention should be paid to any clunks or knocking from the front suspension over uneven surfaces, which would indicate worn bushes or drop links, and to any pulling, vibration, or uneven tyre wear that may point to tracking, suspension arm, or steering component wear. The brakes should be evaluated for firmness of pedal feel, the absence of shudder under heavy application, and any pulling to one side that could suggest a binding caliper or unevenly worn brake disc. The automatic transmission, if so equipped, should be observed for smooth, timely changes across all gears, with no hesitation, flare, or harsh engagement, and any transmission fluid discoloration or unusual smell from the dipstick should be treated as a concern. Additional age- and mileage-appropriate checks should include close inspection of the tyres for both tread depth and, importantly, any signs of sidewall perishing or cracking, which can occur on commercial vehicles subjected to years of UV exposure and kerbing. The exhaust system should be examined for corrosion at the mounting points, flex pipe, and rear silencer, while the underside of the vehicle should be inspected for fluid leaks from the engine, gearbox, power steering, or differential, as well as for any structural corrosion affecting load-bearing areas. Given the calendar age of four years, the 12-volt battery should be load-tested for cranking strength, and consideration given to replacement if it has not already been done, as commercial vehicles with frequent short cycles are particularly hard on battery life. Engine oil, coolant, brake fluid, and transmission fluid should all be checked for condition and replacement history, with brake fluid ideally renewed every two years regardless of mileage due to its hygroscopic nature, and the diesel particulate filter condition, EGR valve operation, and turbocharger responsiveness confirmed during a sustained test drive under load. Finally, verification of a full service history with stamps at the correct intervals for this high-mileage operating environment will be essential to substantiate the mechanical integrity of the vehicle.