2026 Peugeot E-Traveller Allure Electric · LS75 SFK

The DVSA records show no MOT history for the 2026 Peugeot e‑Traveller Allure, meaning a formal road‑worthiness test has not yet been recorded. Without any pass or fail entries it is impossible to comment on a maintenance trend, and the absence of data suggests either the vehicle has not been subject to a statutory test since its first registration or the records have not been entered. Consequently no conclusions can be drawn about improvement or deterioration from MOT outcomes. Mileage for the vehicle is not supplied, so an assessment of annual usage cannot be quantified. With a 2026 model year the car is only a few months old, and typical first‑year mileage for a new electric van ranges from 5,000 to 12,000 miles depending on commercial versus private use. If the odometer reads significantly higher than this range it would indicate a high‑intensity duty cycle, which can accelerate wear on tyre tread, brake regenerative components and the high‑voltage battery cooling system. Conversely, a very low reading would point to limited use, raising the possibility of age‑related degradation such as tyre sidewall perishing or battery electrolyte imbalance despite low mileage. For a buyer examining a virtually new e‑Traveller, the primary physical checks should focus on age‑related items rather than wear. Inspect all four tyres for sidewall cracking, dry rot or uneven wear patterns that could signal mis‑alignment or suspension degradation; even unused tyres can deteriorate after twelve months. Examine the wheel arches and under‑body for any signs of corrosion, especially around the battery pack mounting points and chassis rails, as early rust can compromise structural integrity. Verify the condition of the 12 V auxiliary battery, ensuring the terminals are clean and the charge holds, because a weak starter battery can affect electronic systems even in an electric vehicle. Confirm that the brake discs are free of surface rust and that the calipers move smoothly, as prolonged stationary periods can cause piston sticking and uneven pad wear. Given the vehicle’s electric powertrain, additional attention should be given to the high‑voltage battery health and charging infrastructure. Request a recent battery management system (BMS) report showing state‑of‑health, capacity retention and any logged fault codes; a healthy pack should retain at least 90 percent of its original capacity after the first year. Test the charging port for secure fit, proper sealing and absence of corrosion, and verify that the on‑board charger and cable are free from damage. During a test drive listen for any unusual whine or vibration from the motor, and note whether regenerative braking feels consistent and whether the vehicle accelerates smoothly without torque dips, which could indicate motor or inverter issues. Finally, ensure that the vehicle’s software is up to date, as manufacturers frequently release firmware updates that address range optimisation, thermal management and safety functions.