2025 Mercedes-Benz EQB 250+ AMG Line Premium + Electricity · LR25 TWD

At the time of assessment, this 2025 Mercedes-Benz EQB 250+ AMG Line Premium has no recorded DVSA MOT test history, which is entirely consistent with its status as a near-new vehicle. As the car is under one year of age and is first registered in 2025, it will not become eligible for its initial MOT test until three years after first registration, meaning its absence from the testing record is normal and does not indicate any omission or oversight. With no prior advisories, failures, or mileage progression on file, there is no historical evidence on which to base a trend analysis. The vehicle should therefore be evaluated purely on its current condition, manufacturer support, and the documented service history from the supplying dealer or approved Mercedes-Benz service network. Recorded mileage for this vehicle is not available, which prevents a definitive assessment of annual usage against the vehicle's calendar age. Given the car is approximately one year old based on its 2025 registration date, typical first-year mileage for an electric family SUV in this class generally ranges between 8,000 and 15,000 miles, though this can vary considerably depending on whether it is used primarily for urban commuting, longer family journeys, or as a secondary household vehicle. Without a confirmed odometer reading, it is not possible to identify whether the car has covered unusually high or low mileage, but in either scenario, the buyer should be alert to the mechanical implications. High mileage on an EV of this age may indicate heavy battery cycling, accelerated wear of suspension and braking components, and increased demand on thermal management systems, whereas very low mileage may suggest prolonged standing periods, which can affect battery cell balancing, tyre integrity, brake disc corrosion, and 12V auxiliary battery health. For a prospective buyer of this electric Mercedes-Benz, the absence of an MOT history means the pre-purchase inspection must be thorough and conducted with a structured approach. Begin with a comprehensive exterior and underbody examination, paying particular attention to the condition of the alloy wheels and tyre sidewalls for any signs of perishing, cracking, or UV degradation, as tyres can deteriorate with age regardless of tread depth. Inspect the brake discs and calipers closely, because EVs use regenerative braking extensively, which can lead to corrosion build-up on the disc surfaces and seizing of caliper slide mechanisms after periods of light use. Verify the condition and age of the 12V auxiliary battery, which powers ancillary systems and can fail prematurely if the vehicle has been left standing for extended durations, and ensure the high-voltage traction battery state of health is confirmed via a Mercedes-Benz diagnostic check, including cell voltage balance and degradation metrics. Equally important is a review of the documented service history to confirm that the manufacturer's required inspections, software updates, and cabin filter or brake fluid replacements have been completed at the prescribed intervals. During the test drive, listen carefully for any suspension clonks or knocks over speed humps and uneven road surfaces, which may indicate worn anti-roll bar bushes, top mounts, or coil spring fatigue, all common concerns on a heavy electric platform carrying additional battery mass beneath the floor. Monitor the regenerative braking system for smooth, predictable deceleration and confirm that the conventional friction brakes respond promptly without shudder or vibration when called upon, as binding calipers are a known concern on lightly driven EVs. Check the climate control and infotainment systems for full functionality, and ensure there are no warning messages relating to drivetrain, battery, or driver assistance systems. Finally, confirm the operational status of all charging equipment, including the Type 2 cable and any bundled fast-charging accessories, and request a recent battery health report from the seller or an independent specialist to provide reassurance regarding the long-term viability of the high-voltage system before completing the purchase.