2022 Toyota Proace City Active 1.5L Diesel · YP22 UPY

This 2022 Toyota Proace City Active carries a remarkably clean roadworthiness record, with its single DVSA test on 4 July 2025 returning a pass and no advisories, defects, or failures recorded. That outcome means the examiner found every inspected component to meet the minimum statutory standards at the time, with nothing of sufficient concern to even flag for future attention. For a commercial-derived van of this type, such a minimalist record suggests the vehicle has not yet reached the stage where wear-related issues typically begin surfacing on annual inspections, though the absence of advisory notes should not be interpreted as a guarantee of mechanical perfection, since MOT testing only covers a defined subset of safety-critical items. The overall trend, based on the available data, points to a stable roadworthiness profile with no documented deterioration between tests. At 53,717 miles over an approximate four-year period, this Proace City is averaging around 13,400 miles annually, which is notably high for a vehicle of its age and class. This accumulation rate suggests the van has been used consistently for commercial or high-mileage private duties, likely involving a mix of urban stop-start work and longer motorway runs. Mechanically, this usage pattern places proportionally greater demand on consumable items such as front and rear brake pads and discs, clutch components, tyres, and the diesel particulate filter if fitted. Suspension components including coil springs, dampers, anti-roll bar bushes, and lower wishbone bushes also tend to wear sooner on vans that regularly traverse speed humps, potholes, and heavily loaded urban routes. The high mileage combined with the absence of any advisories is positive, but it does mean the next service interval and a thorough pre-purchase inspection become particularly important. Given the working history implied by the mileage, a prospective buyer should pay close attention during a test drive to the feel of the brakes, listening for any grinding or squealing that might indicate worn pads or scored rotors, and checking for any pulling to one side under braking or vibration through the steering wheel that could suggest warped discs or a binding caliper. The clutch should be tested across a range of engine speeds and on inclines to confirm smooth engagement and a clean release without slipping or judder, which on a high-mileage diesel van is a known wear point. Steering response should remain precise without looseness or knocking over uneven surfaces, as worn drop links, track rod ends, and front suspension bushes are common advisories on vans of this age and weight class. Listen also for any clonking from the rear suspension over speed humps, which can point to tired coil springs or dampers, and inspect the underside for any signs of oil misting from the engine or gearbox, or weeping from the diesel system that has not yet reached advisory threshold. A thorough physical inspection beneath the vehicle is strongly advisable, focusing on the condition of the exhaust system for any corrosion or blowing joints, the brake lines and fuel lines for any surface rust or corrosion, and the structural areas around the subframe and suspension mounting points for any emerging corrosion that may develop ahead of future MOT tests. Check the underside of the wheel arches and sill sections carefully, as commercial vans frequently suffer from stone-chip damage and early surface corrosion in these areas due to their working environment. All tyres should be examined for both tread depth and even wear patterns, as uneven wear across an axle can indicate misalignment, worn suspension components, or prolonged heavy loading. Given that the MOT record itself reveals no specific component concerns, the buyer's focus should rightly shift to a professional pre-sale inspection and compression or smoke test of the diesel engine to verify internal health, ensuring the high-mileage usage has not caused premature wear beyond what a standard roadworthiness examination would detect.