2022 Peugeot Partner S L2 EV Electricity · KM22 KXY

The most recent DVSA MOT test for this Peugeot Partner, conducted on 5 March 2026, resulted in a pass with no defects or advisories recorded, and the prior examination on 21 March 2025 also returned a clean pass. With only two consecutive test entries on file and both free from advisory notes or failure items, the official record does not yet establish a long-term trend, but the consistency of clean results suggests the vehicle has been maintained to at least the minimum statutory roadworthiness standard across its recent testing history. Given the clean defect profile and absence of recurring advisories relating to suspension, brakes, lighting, or structural corrosion, there are no specific component failures flagged by DVSA that would demand immediate rectification prior to purchase. With a recorded mileage of 21,333 miles over approximately four years, this Partner accumulates around 5,300 miles annually, which is well below the typical commercial or fleet usage rate for a light commercial vehicle of this class and points towards either light private use or extended periods of standing. While low annual mileage is generally beneficial for engine and drivetrain longevity, it carries particular mechanical implications for a commercial van, as prolonged standing can accelerate corrosion on brake discs due to surface oxidation, promote sticking or binding brake calipers especially on the rear axle, and degrade the 12V auxiliary battery through sustained partial state of charge. Any significant gaps between MoT tests should also be considered, as long stationary periods can allow moisture to accumulate in fluids and cause perishing of rubber components such as coolant hoses, drive belts, and suspension bushes that would not normally be flagged on mileage alone. From a practical buyer inspection standpoint, a thorough physical examination is strongly advised despite the clean MOT history, particularly focusing on the effects of the EV powertrain and low usage profile. The high voltage traction battery and associated thermal management system should be verified for diagnostic health, and the 12V auxiliary battery checked for state of charge and load capacity, as low-use EVs frequently suffer from premature 12V battery failure that would not appear on an MOT record. On the test drive, listen for any binding or dragging from the brakes, indicating seized calipers or heavily corroded discs that may require refurbishment rather than just a clean, and pay attention to the operation of the regenerative braking system for smooth deceleration without warning jolts. Additionally, inspect all tyres carefully for age-related sidewall cracking and perishing, as tyres fitted at production may now be approaching six years of age regardless of remaining tread depth, and check the spare or inflation kit for serviceability. Examine the underside, suspension linkages, and brake lines for any surface corrosion consistent with a vehicle that has endured multiple winters, as standing on damp surfaces accelerates underfloor oxidation. Verify the timing and provenance of time-based servicing such as brake fluid replacement, coolant changes for the EV thermal system, and cabin filter condition, ensuring these have been carried out at calendar intervals irrespective of the modest mileage. Finally, confirm that the charging cable and any associated EV infrastructure have been maintained, and request documentation of any manufacturer warranty work or recall remediation carried out during the warranty window.