2026 Mercedes-Benz EQB 250+ AMG Line Premium Electricity · WD75 BCX

The vehicle has no MOT record on the DVSA database, which is expected for a 2026 model that has not yet reached its first statutory test due in 2029. Consequently there is no recent test outcome to gauge a maintenance trend; the absence of data simply reflects that the car is still within its initial warranty period and has not been subjected to a formal inspection. As a result, any assessment of whether the vehicle’s condition is improving or deteriorating must be based on the owner’s service records and visual inspection rather than MOT history. Mileage is not disclosed, so a quantitative comparison with the vehicle’s age cannot be made. For a 2026 Mercedes‑Benz EQB, a typical annual accumulation would be around 10‑12,000 miles (16‑19,000 km) under normal private use. If the odometer were to show a figure significantly above this average, it would suggest a higher wear rate on components such as the electric drive units, suspension bushings and tyre tread, and could indicate more frequent thermal cycling of the high‑voltage battery. Conversely, a very low reading would raise the possibility of limited use, which can lead to issues like tyre sidewall perishing, brake disc corrosion and battery electrolyte stratification if the vehicle has been stored for extended periods. When inspecting a relatively new electric SUV, the buyer should begin with the high‑voltage battery pack and its management system. Verify that the battery health indicator on the instrument cluster shows a capacity close to the original specification and that the charging port and cable connectors are free of corrosion, damage or loose pins. Request any recent service invoices that confirm the coolant for the battery thermal system has been replaced according to the manufacturer’s interval, typically every 4‑5 years, and that the software version is up‑to‑date, as firmware updates can affect range and charging performance. During a test drive, listen for any abnormal whine from the electric motor, monitor for vibration through the steering wheel or floor, and ensure the regenerative braking feels smooth without judder or uneven pedal feel, which could point to worn brake pads or a failing caliper. Finally, examine the conventional wear items that are independent of the electric drivetrain. Check the tyre tread depth and sidewall condition; even on low‑mileage cars, tyres can deteriorate with age, showing cracks or dry rot that compromise grip. Inspect the suspension components—coil springs, shock absorbers and rubber bushings—for any signs of leakage, sagging or excessive play, as these affect ride quality and tyre wear. Look over the braking system for surface rust on the discs and ensure the pads have sufficient material; a lightly corroded disc is normal on a seldom‑used vehicle but should not be scored or warped. Confirm that the 12‑volt auxiliary battery is healthy, as a weak battery can cause electronic glitches. A thorough visual check of the under‑body for any corrosion, especially around the wheel arches and chassis rails, will also reveal whether the vehicle has been stored in a damp environment. If all these items are in order and the service history confirms regular maintenance, the EQB should present a sound mechanical basis for purchase.