2025 Renault Kangoo Advance LL21 E-Tech EV Electric · SC75 EDP

The 2025 Renault Kangoo Advance LL21 E-TECH EV currently has no recorded DVSA MOT test history. This is entirely consistent with its status as a near-new vehicle, as cars in the United Kingdom are not legally required to undertake an MOT test until they reach three years of age from the date of first registration. Consequently, there is no official pass, fail, or advisory data available from which to evaluate a maintenance trend. From a roadworthiness standpoint, the absence of MOT history on a 2025 model should not be interpreted as a negative indicator; rather, it reflects a vehicle that has not yet entered the statutory testing cycle, meaning any compliance or mechanical degradation assessment must rely solely on physical inspection and manufacturer warranty provisions at this stage. Mileage data for this particular Kangoo has not been supplied, which prevents a quantitative assessment of annual usage or wear progression relative to its one year of age. Even with low recorded mileage, electric vans of this type often experience usage patterns dictated by commercial or fleet operations, which can involve frequent stop-start cycles, heavy urban load bearing, or extended periods of standing idle depending on the operator. It is essential for the prospective buyer to establish the actual current odometer reading, verify it against the in-service date, and review any available service records to confirm whether the vehicle has been used intensively for short urban journeys, which can accelerate certain wear components such as tyres and brake components despite low overall mileage, or whether it has covered consistent mixed-use mileage that better preserves mechanical condition. Given the absence of MOT data, the prospective buyer should place strong emphasis on a comprehensive physical inspection prior to purchase. Tyre sidewalls should be examined carefully for perishing or cracking, as even new-looking tyres can suffer from age-related rubber degradation if the vehicle has been stored for prolonged periods, and the tread depth must comply with the legal minimum of 1.6 millimetres across the central three-quarters of the tyre. The high-voltage traction battery and its associated thermal management system should be reviewed, ideally through a diagnostic readout of state of health, as this is the single most expensive component on the vehicle; any indication of reduced range, charging anomalies, or warning messages on the driver information display should prompt further specialist investigation. Brake discs and calipers should be inspected for corrosion or binding, particularly if the van has stood for extended intervals, and the hydraulic brake fluid should be assessed for moisture content, as fluid degradation is calendar-based rather than mileage-based and typically requires replacement every two years regardless of use. Additional age-appropriate checks should include a thorough inspection of the 12-volt auxiliary battery, which can suffer from sulphation and reduced capacity when a vehicle is left unused, leading to potential starting and electronic system faults. All exterior and underbody components should be examined for any early signs of corrosion, particularly around wheel arches, door shuts, and suspension mounting points, though as a 2025 model significant structural corrosion is unlikely. The charging port, onboard charger, and associated cabling should be inspected for physical damage or contamination, and any included charging cables verified for correct specification and condition. Finally, the buyer should confirm that the manufacturer warranty, roadside assistance, and any remaining service plan are intact and transferable, and request a pre-delivery inspection report from the supplying dealer or a qualified independent specialist familiar with electric light commercial vehicles to ensure all high-voltage safety systems, software updates, and recall campaigns have been fully addressed prior to committing to the purchase.