2025 Mercedes-Benz EQE 350+ Review: Aerodynamic Range and Digital Friction

The Mercedes-Benz EQE 350+ occupies the executive electric saloon bracket, measuring 4,946 millimeters in length and sitting directly beneath the flagship EQS in the manufacturer’s dedicated electric catalog. It faces an established trio of premium contenders on the German market: the BMW i5 eDrive40 Limousine starts at 70,200 euros, the Audi A6 Sportback e-tron performance enters at 75,600 euros, and the refreshed Genesis Electrified G80 demands an entry point of 75,000 euros. Mercedes-Benz lists the EQE 350+ with a German base price of 71,412 euros for the Electric Art configuration, while stepping into the Edition AMG Line lifts that figure to 77,410 euros before options. In this category, highway refinement, aerodynamic efficiency, and repeatable charging speeds serve as primary comparison metrics. Factory orders for the updated model year remain open across German retail outlets.

On official European test cycles, the updated Mercedes-Benz EQE 350+ records a combined WLTP driving range of up to 691 kilometers when equipped with standard aerodynamic wheel fitments. The manufacturer claims that aerodynamic refinements to the underbody, coupled with revised battery pack energy density, permit this single-motor saloon to travel further on a single charge than its dual-motor stablemates. WLTP figures suggest an average power consumption rate between 15.9 and 18.7 kilowatt-hours per 100 kilometers under mixed driving conditions. These laboratory results, however, represent standardized bench testing executed in regulated indoor environments rather than a guaranteed return on open asphalt. In hindsight, early adopters who treated official European lab cycles as contractual mileage figures frequently found themselves planning unscheduled charging stops. Official documentation certifies the vehicle at an unladen curb weight of 2,385 kilograms.

Independent testing and field data routinely place actual electric highway consumption higher than regulatory test figures, with real-world range typically falling 15 to 30 percent below WLTP ratings depending on speed, weather, and ambient temperature. When driving on German autobahns at a sustained cruising speed of 130 km/h in mild, twenty-degree weather, the EQE 350+ returns consumption figures hovering between 20.5 and 22.0 kilowatt-hours per 100 kilometers. That translates to an estimated real-world highway range of approximately 440 to 470 kilometers before the high-voltage pack depletes. In urban commuting scenarios, where continuous low-speed kinetic energy recovery aids overall efficiency, drivers can reasonably anticipate around 560 to 590 kilometers between plug-in sessions. Cold winter conditions around freezing, however, will push highway consumption above 25 kilowatt-hours per 100 kilometers, compressing the high-speed radius to roughly 380 kilometers. Mercedes-Benz outfits all current European production units with an active heat pump as standard factory equipment to mitigate cold-weather cabin heating penalties.

Energy storage in the EQE 350+ is handled by a 400-volt lithium-ion battery pack delivering 96.0 kilowatt-hours of usable capacity from a total gross reserve of roughly 100 kilowatt-hours. Mercedes-Benz utilizes nickel-manganese-cobalt chemistry arranged in an 8:1:1 ratio within pouch and prismatic cell formats sourced from Farasis Energy and CATL. The high-nickel NMC 811 composition maximizes gravimetric energy density to reduce physical pack volume beneath the passenger cell, though it requires strict thermal regulation to prevent accelerated cell degradation over prolonged high-load cycles. Lithium iron phosphate chemistry tolerates daily 100 percent state-of-charge top-ups without complaint. This high-nickel NMC formulation, however, functions best when capped at eighty percent for daily commuting to arrest premature cell aging. On direct-current fast chargers, the 400-volt architecture caps peak input at 170 kilowatts, trailing the 800-volt architectures found in rival designs, yet it sustains a broad plateau that completes a ten to eighty percent replenishment in 32 minutes. The pack carries an eight-year or 160,000-kilometer factory warranty guaranteeing at least seventy percent residual capacity.

The EQE is built on the bespoke EVA2 skateboard platform, a dedicated electric architecture that it shares with the larger EQS saloon and corresponding sport utility variants. This ground-up design departs from traditional three-box proportions in favor of a one-bow cab-forward silhouette, netting a drag coefficient of 0.22. Structural rigidity comes from a hybrid shell combining high-strength steel with cast aluminium components at critical suspension mounting points. Propulsion arrives courtesy of a single permanently excited synchronous motor positioned on the rear axle, outputting 215 kilowatts, or 292 metric horsepower, alongside 565 Newton meters of torque. Thermal management incorporates an intelligent cooling circuit that automatically conditions the pack when an ultra-rapid charging stop is programmed into the native navigation route. The physical outcome for the driver is an exceptionally quiet powertrain that avoids mechanical shudder during heavy acceleration, though the sloping roofline imposes functional trade-offs on rear headroom and exterior sightlines. The front hood remains sealed at the factory, routing wiper fluid access through a pop-out tray in the front left fender.

The chassis hardware utilizes a four-link suspension setup at the front axle and a multi-link arrangement at the rear. Base models sit on steel coil springs with amplitude-selective passive damping, whereas upper-tier configurations or optional equipment packages install the AIRMATIC air suspension paired with ADS+ continuously adaptive dampers. The adaptive air setup isolates expansion joints and surface imperfections with clinical thoroughness, keeping vertical chassis pitch strictly controlled across undulating tarmac. Steel-sprung examples, however, present a slightly firmer initial rebound stroke over high-frequency road ripples, which becomes noticeable through nineteen-inch wheels. Mercedes-Benz also offers an optional rear-axle steering system that turns the rear wheels up to ten degrees in opposition to the front wheels at low speeds, reducing the turning circle to 10.7 meters. The steering rack operates with an electromechanical variable ratio across all trim levels.

Entering the EQE reveals a dashboard dominated by digital displays, led by a standard portrait-format 12.8-inch OLED touchscreen or the optional pillar-to-pillar MBUX Hyperscreen assembly. Physical switchgear is almost entirely absent from the center stack and console, leaving primary climate adjustments, fan speeds, seat heating activation, and audio volume relegated to screen menus and capacitive touch strips. Adjusting cabin temperature or defrosting functions while traveling at autobahn speeds requires glancing away from the roadway to identify flat digital icons that provide no mechanical tactile feedback. It behaves much like modern high-end architectural lighting panels, where tapping a glass wall plate to illuminate a hallway requires three seconds of staring at a digital menu that a standard toggle switch handled without looking. The multifunction steering wheel further replaces traditional tactile click buttons with capacitive glide sensors, which frequently register accidental inputs during tight cornering. In hindsight, the wholesale migration from physical rotary knobs to slick glass panels creates unnecessary cognitive load during high-speed travel. The center console contains twin USB-C ports, an inductive smartphone charging tray, and 43 liters of open under-console storage.

Mercedes-Benz positions a row of capacitive shortcuts below the central display for driving modes and hazard lights.

Interior packaging reflects the exterior silhouette, providing 430 liters of luggage space behind a traditional, narrow-aperture trunk lid. Unlike the larger EQS, which employs a liftback tailgate, the EQE restricts cargo loading through a compact saloon opening, and there is no front luggage compartment under the hood. Rear passengers benefit from a generous 3,120-millimeter wheelbase that delivers ample knee clearance, yet the thick battery floor forces an elevated foot position that compromises under-thigh support on longer journeys. Software execution remains smooth, as the MBUX operating system delivers responsive route calculation, intelligent state-of-charge destination forecasting, and integrated audio streaming. Driver assistance hardware includes Level 2 Distronic cruise control and active lane tracking, operating with steady lane-centering and unhurried lane-change execution. Passive acoustic laminated glass is fitted to the front side windows across all trim variants.

Mechanical simplicity works in favor of the EQE 350+, as its single permanently excited rear motor, single-speed reduction gear, and brushless design eliminate high-wear combustion components like turbochargers, multi-clutch gearboxes, and exhaust particulate filters. In German reliability assessments, including recent ADAC breakdown indices and TÜV roadworthiness data for contemporary Mercedes passenger cars, high-voltage battery degradation remains negligible, while electronic glitches account for the majority of reported service visits. Early production EQE models suffered from software anomalies concerning auxiliary 12-volt battery management and intermittent multimedia rebooting, alongside customer dissatisfaction regarding non-linear brake pedal transition between regenerative retardation and hydraulic pads. Mercedes-Benz rolled out comprehensive over-the-air calibrations and physical brake actuator adjustments for model year updates, bringing pedal resistance into a more predictable threshold. Complex options such as the active air suspension and motorized flush door handles present potential wear points as seals, air compressors, and micro-switches age past their warranty coverage. Scheduled maintenance intervals for the electric drivetrain occur every two years or 30,000 kilometers.