2025 Mercedes-Benz EQE 350 AMG LN PRM + NGT ED 4M Electricity · RO25 BYF

As there is no MOT history available for this 2025 Mercedes-Benz EQE 350, it is not currently subject to the mandatory MOT testing schedule, as vehicles in the United Kingdom are first required to present for an MOT upon reaching three years of age from the date of first registration. While this means there is no pass or fail record or advisory history to evaluate against DVSA standards, the absence of data prevents any verification of the vehicle's ongoing maintenance trajectory or structural condition from a regulatory standpoint. Without historical test records, the burden of confirming roadworthiness falls entirely upon a pre-purchase inspection, and any prospective buyer should ensure the vehicle is accompanied by a full Mercedes-Benz dealership service history to validate that the high-voltage system, regenerative braking components, and standard mechanical assemblies have been attended to in accordance with the manufacturer's prescribed intervals. With no mileage data recorded on file and no MOT history against which to verify odometer readings, it is impossible to calculate the annual usage rate or determine whether this vehicle has covered an unusually low or high number of miles relative to its single year of age. Given that this is a one-year-old premium executive saloon, an average annual mileage of between eight thousand and twelve thousand miles would be considered typical, though electric vehicles in this segment are frequently utilised as company cars or commuter vehicles which may result in substantially higher accumulation. Without verifiable mileage history, the buyer is strongly advised to confirm the present odometer reading against the service documentation and warranty records to ensure consistency and to identify any potential discrepancies which may suggest clocking or a lapse in routine servicing. Given the absence of recorded advisories or failure points, the assessment of mechanical condition must focus on age and usage appropriate considerations, particularly those associated with low-mileage or short-trip electric vehicle operation. The buyer should pay particular attention to the condition of the tyres, as rubber compounds degrade with calendar age regardless of tread depth, and look for any signs of sidewall perishing, cracking, or uneven wear which may suggest an issue with the suspension geometry, wheel alignment, or the electronic stability systems. Furthermore, because EVs frequently utilise regenerative braking, the physical brake discs and pads may be susceptible to corrosion and binding calipers from extended periods of standing, which can lead to brake shudder or pulling upon the first application after a period of inactivity. It is advisable to conduct a thorough test drive, listening for any suspension clunks over uneven road surfaces and ensuring that the vehicle pulls away cleanly without vibrations through the steering wheel. Beyond the dynamic checks, a prospective buyer should ensure that the high-voltage battery pack has been routinely inspected and that the vehicle is capable of holding a charge consistent with the manufacturer's published range figures. Time-based fluid degradation remains a critical factor, and the coolant systems for both the electric motors and the cabin heating, alongside the brake fluid and the standard transmission oil, should be inspected to ensure they have been replaced in line with the Mercedes-Benz fixed service intervals, as these lubricants degrade chemically over time even in the absence of high mileage. Additionally, the twelve-volt auxiliary battery, which operates ancillary electronic systems, should be tested for its state of health, particularly if the car has been left standing for prolonged periods, and a diagnostic scan using Mercedes-Benz STAR Diagnosis or an equivalent professional tool is highly recommended to identify any latent error codes within the complex electronic control units that would not be flagged during a conventional inspection.