2025 Peugeot Expert Professional Medium EV Electricity · LL75 OPM

As of September 2026, there is no official DVSA MOT test history available for this 2025 Peugeot e-Expert Professional Medium EV. Vehicles in the United Kingdom are not required to undergo their first MOT test until they reach three years of age from the date of initial registration, which places this van outside the mandatory testing window at present. While the absence of an MOT record is entirely expected for a vehicle of this vintage, it also means there is no verifiable evidence of its mechanical condition or compliance with roadworthiness standards on file with the DVSA. Prospective buyers must therefore treat the lack of testing data as an incomplete picture rather than an indicator of perfection, and should seek evidence of manufacturer warranty work, pre-delivery inspections, and any interim servicing performed by authorised Peugeot agents or specialist commercial vehicle workshops. Establishing a documented service history from new is particularly important for commercial electric vehicles, as it underpins residual values, battery health warranties, and future finance or lease return conditions. Recorded mileage data has not been provided for this vehicle, which prevents any meaningful calculation of annual usage rates or comparison against expected averages for a medium-sized electric van of this class. Peugeot e-Experts are typically deployed in commercial fleets, last-mile delivery operations, local authority fleets, and tradesperson use, with widely varying mileage profiles ranging from low-intensity urban cycles of perhaps six to eight thousand miles annually to intensive high-utilisation duty exceeding twenty-five thousand miles per year. In the absence of corroborated mileage, it is essential to verify the odometer reading against the PDI (pre-delivery inspection) document, the V5C registration certificate, and any digital service records held by the franchised dealer network. Electric commercial vehicles with high mileage require particular scrutiny of the high-voltage battery State of Health, as degradation directly impacts usable range and commercial viability, while very low mileage examples may exhibit issues associated with prolonged standing rather than mechanical wear. Given the absence of any defect or advisory history from the DVSA, the focus of any physical inspection must shift towards age and time-related deterioration rather than recorded wear. Tyres on a vehicle of this age should be examined closely for sidewall perishing, ozone cracking, and tread depth compliance, even if the wear pattern appears nominal, as commercial vehicles are often fitted with premium tyres that can degrade through disuse. Brake discs and calipers on an EV warrant particular attention, as regenerative braking dramatically reduces pad wear but can lead to corrosion of the disc surface and potential caliper seizure from infrequent mechanical brake application. A binding caliper or heavily corroded disc will manifest as pulling to one side under residual mechanical braking, reduced regenerative efficiency, or visible scoring and pitting on the disc face. The 12V auxiliary battery, which powers ancillary systems and control modules, should be load tested as flat or weak auxiliary batteries remain a common failure point on relatively new electric commercial vehicles, particularly those that have been stood unused for extended periods. Additional inspection priorities should include verification of the high-voltage battery warranty and State of Health report through diagnostic interrogation, as Peugeot provides extensive battery coverage that must be documented and transferable. Coolant systems for the battery thermal management and electric drive unit require time-based servicing independent of mileage, with manufacturers typically recommending coolant replacement at set intervals to prevent degradation of the thermal regulation properties that protect long-term battery integrity. The charging port, high-voltage cabling, and onboard charger should be inspected for signs of damage, contamination, or thermal discolouration, and the charging history should ideally be reviewed through any telematics or fleet management systems if available. A test drive should focus on smooth power delivery, absence of warning messages on the driver information display, consistent range prediction versus actual achieved mileage under mixed driving conditions, and any unusual noises from the electric drive unit or suspension over uneven surfaces. Ensuring that all software is current and that any outstanding manufacturer recalls or technical service bulletins have been addressed through an authorised Peugeot workshop will provide further confidence in the vehicle’s overall roadworthiness and commercial readiness.