Mercedes-AMG has unveiled its first fully electric GT 4-Door Coupe, a high-performance vehicle delivering up to 1,153 hp [1].
This launch marks a pivotal shift for the AMG brand as it attempts to translate its legacy of internal combustion power into the electric era. By targeting extreme performance metrics, the company aims to prove that sustainable powertrains can match or exceed the prestige of traditional V8 engines.
The new coupe is powered by three YASA axial-flux electric motors [11]. This configuration allows the vehicle to produce 1,475 lb-ft of torque [4], enabling acceleration from 0 to 100 km/h in approximately two to 2.1 seconds [5, 6, 7]. The vehicle is designed to be the most powerful production car ever released by the AMG brand [1].
Charging infrastructure is a primary focus of the new model. The car supports 600 kW DC fast charging [8], a specification intended to drastically reduce the time spent at charging stations. This capability allows the vehicle to maintain its utility as a long-distance grand tourer despite the high energy demands of its performance motors [8].
To maintain a connection to the brand's heritage, Mercedes-AMG included a simulated V8 soundtrack. This audio system mimics the acoustic profile of a combustion engine, providing the auditory experience associated with AMG performance cars while utilizing a silent electric drivetrain [2].
The world premiere occurred this month, showcasing the company's latest advancements in electric-performance technology [2]. The vehicle combines the luxury of a four-door coupe with the specifications of a hypercar, utilizing a specialized motor architecture to maximize power density [11].
“The vehicle is designed to be the most powerful production car ever released by the AMG brand.”
The introduction of axial-flux motors and 600 kW charging indicates a move toward specialized, high-density hardware rather than relying on standard EV platforms. By simulating the V8 sound, Mercedes-AMG is acknowledging that the emotional appeal of performance cars relies as much on sensory experience as it does on raw acceleration.
