2025 Peugeot Expert Professional Long EV Electricity · LL75 OME

As of 3 September 2026, there is no official DVSA MOT history recorded for this 2025 Peugeot e-Expert Professional Long EV. Because the vehicle is currently only one year old and registered after the most recent MOT enforcement schedule, it will not be required to undertake its first statutory roadworthiness test until its third anniversary of registration in 2028, which accounts for the complete absence of MOT records. While the absence of an MOT certificate is entirely normal and lawful for a vehicle of this age, it means that there is no prior DVSA inspection data from which to evaluate a maintenance trend, leaving the prospective buyer without a documented pattern of advisories, defects, or pass results to reference. Regarding mileage, the recorded odometer reading is not available within the official records, which prevents a direct annualised usage calculation against the vehicle's one-year age. Commercial variants such as the Peugeot e-Expert Professional Long are typically deployed for fleet, light goods, or shuttle duties, and the battery electric powertrain is particularly well suited to predictable urban or depot-based routes with regular charging cycles. A buyer should therefore verify the current mileage directly from the dashboard and assess whether the figure aligns with the vehicle's operational history. For an electric commercial vehicle of this age, a relatively low annual mileage may indicate short delivery rounds with frequent high-energy charging sessions, while a high mileage could suggest sustained intercity or high-load usage, both of which carry different implications for component wear. Because there is no MOT history and no recorded defects to reference, the roadworthiness assessment must rely on age- and usage-appropriate physical checks at the point of sale. The prospective buyer should inspect the tyres carefully for sidewall perishing and cracking, as commercial vehicles that stand stationary for extended periods frequently suffer premature rubber degradation from age rather than wear, even when tread depth remains adequate. Similarly, the brake discs and calipers should be examined for surface corrosion and any evidence of seized caliper pistons, which are common faults on lightly used vans where the regenerative braking system reduces friction brake application, potentially leading to binding or juddering when the friction brakes eventually engage. A test drive should include firm brake pedal applications to verify smooth deceleration without shudder, pulling, or warning indicators. In addition to the braking and tyre checks, the 12V auxiliary battery, cabin filter, and high-voltage system cooling should be inspected in line with manufacturer service intervals. Although the main traction battery is designed for prolonged calendar life, the conventional 12V battery supplying ancillary systems is prone to sulphation if the vehicle has been left standing for extended periods, which can cause non-start conditions and electrical faults. The high-voltage coolant and thermal management system should be verified for correct level and condition, as restricted airflow through the radiator matrix from road debris or corrosion can compromise battery longevity. The buyer should also confirm the presence of a complete dealer or specialist service history, verifying that the initial running-in inspection and any software updates have been recorded. Given that a statutory MOT is not due for approximately another two years, a pre-purchase inspection by a qualified technician familiar with electric commercial vehicles is strongly recommended to establish a documented baseline of condition for future reference.