2024 Mercedes-Benz EQB 250+ Sport Executive Electric · LP24 OCS

No MOT test results have been recorded against this vehicle on the DVSA database. As the car is first registered in 2024 and does not yet appear to fall within the standard MOT testing window for vehicles under three years of age, the absence of test history is entirely normal and should not be interpreted as a negative indicator. Because there is no prior test data to examine, an assessment of the maintenance trend cannot be made; there are no recorded advisories, defects, or failure items to establish a baseline of component wear or mechanical condition. The recorded mileage for this vehicle is not available, and the lack of historical MOT readings prevents any meaningful calculation of annual mileage or usage pattern. For a 2024 Mercedes-Benz EQB 250+ Sport Executive, which would typically be expected to cover somewhere between 8,000 and 15,000 miles per year under normal private or mixed-use conditions, the absence of confirmed mileage data means a prospective purchaser should verify the figure independently through the dealership service record or a third-party mileage check. Equally important is confirming that the vehicle has not been used predominantly for short, low-speed urban journeys, which on an electric powertrain can still mask longer-term concerns such as underbody corrosion from winter road salt or premature degradation of suspension components that see little sustained load. Given the absence of MOT history and the vehicle's relative youth, a prospective buyer should focus their inspection on age- and calendar-based degradation rather than recorded wear items. Tyres, even with low wear on the tread, can suffer sidewall perishing and dry-rotting from prolonged standing, particularly if the car has been stored outdoors or used infrequently; all four should be examined for fine surface cracking and the manufacturing date code on the sidewall should fall within a reasonable service life. The high-voltage traction battery and the conventional 12V auxiliary battery should both be health-checked, as lithium-ion cells can lose capacity when left at high states of charge or subjected to irregular use, and 12V batteries are prone to failure after two to three years of service regardless of mileage. Brake discs and calipers on low-usage electric vehicles are particularly susceptible to corrosion and binding due to the regenerative braking system doing much of the deceleration work, so each caliper should be exercised and the discs inspected for pitting, lipping, or surface rust that exceeds a light cosmetic coating. Finally, the brake fluid should be tested for moisture content, the coolant circuits and heat pump refrigerant checked for service history, and the suspension components, including bushes, coil springs, and drop links, examined for any early signs of deterioration given that these parts remain subject to corrosion and UV degradation over time irrespective of distance travelled.