The next-generation Mercedes-AMG GT 4-Door Coupé, expected as a 2027 model, anchors a significant part of its identity in what happens inside the cabin. Images released by Mercedes-AMG reveal a high-performance electric four-door coupe that follows the brand’s recent digital design language without entirely eliminating traditional physical controls. It is a choice that speaks volumes about the model’s mission: not merely another large luxury EV, but a car tasked with translating certain AMG driving habits and rituals into the electric era.
At first glance, the interior is dominated by screens. The dashboard houses a digital instrument cluster and a large, driver-oriented central display. The layout does not pursue the almost domestic minimalism adopted by some EV manufacturers: it remains recognizably Mercedes, featuring elaborately framed air vents, layered surfaces, and a center console that puts the driver front and center. Digitalization is therefore extensive, but it is not the only medium used to shape on-board interaction.
Indeed, buttons and knobs remain positioned around the display and along the center tunnel. For a vehicle delivering over 800 CV of peak power—at least in the GT 55 version tested by the international automotive press—having controls accessible without digging through deep menus is no mere aesthetic detail. It represents a deliberate effort to separate the functions most frequently used while driving from those that can remain relegated to the touchscreen. This distinction is especially valuable in a car also engineered for demanding roads and track use.
Three dials to make the EV more adjustable
The most distinctly AMG element in the cabin is the system known as Race Engineer. Three circular selectors are located on the center console, allowing the driver to adjust various vehicle parameters. Mercedes-AMG frames them as tools to tailor the car’s inputs and responses for spirited driving—a logic entirely consistent with the vast amount of software governing a tri-motor electric powertrain, torque vectoring, and dynamic vehicle systems.
Among the adjustments mentioned is throttle response, offering nine available levels. It is not just about the responsiveness demanded from the motors: according to early tests, the perceived resistance on the pedal also varies. In an EV, where instant power delivery tends to flatten the differences between driving modes, such calibration attempts to give physical weight to the driver’s choices. It does not replace the mechanical character of an internal combustion engine, but it aims to make the relationship between the right foot and performance more legible and personal.
Another new feature involves the drive mode selector. The system allows owners to hide unused programs from the rotary dial, avoiding the need to scroll through all of them every time. It is a minor configuration feature, but it addresses a real-world issue in modern cars: as the number of available options grows, the interface can become an obstacle. Here, AMG attempts to keep the car complex while shortening the path to preferred settings.
Even without a conventional gearbox, the gear selector is the same one used on the new electric CLA. It is another sign of the convergence Mercedes is pursuing across its battery-powered models in terms of ergonomics and components. The challenge for Affalterbach is to ensure this kinship does not turn the GT 4-Door into a merely more powerful Mercedes EV: the Race Engineer controls, the console layout and the driving position are the elements tasked with setting it apart.
Space and comfort without sacrificing a low seating position
The interior layout retains the grand tourer-oriented four-door profile. Early driving impressions point to a low position behind the wheel—closer to that of a sports car than a traditional electric saloon—along with good forward visibility. The rear window remains raked and compact, a consequence of the coupe roofline, yet rear visibility is not described as especially problematic. Ingress and available room, including for rear passengers, also mark a noticeable improvement over the previous GT 4-Door.
Sports seats come as standard; for those who choose the Performance seats with integrated headrests, initial test drives note support and comfort even on long journeys. The latter offer heating, adjustable side bolsters, and lumbar support. Those wanting ventilation and a massage function must instead opt for the standard seats. This is not an unusual contradiction in the segment, but it clarifies how Mercedes-AMG maintains two distinct approaches: on the one hand, body support during dynamic driving; on the other, the comfort features typical of a large premium four-door.
The choice is significant because the new GT 4-Door is not aimed solely at occasional use. On paper, the 800-volt architecture, the battery with 106 kWh of usable capacity, and the AMG.EA platform place it among the electric vehicles designed to sustain repeated performance, not just to deliver record-setting acceleration. The GT 55 adopts one motor at the front and two at the rear; the axial-flux motors are supplied by YASA, a British company acquired by Mercedes. In this setting, the cabin must function both as a comfortable space for travel and as a command center when driving becomes more demanding.
AMG continuity also comes down to sensations
The transition to electric confronts Mercedes-AMG with an industrial and product challenge broader than the individual GT. The brand built its reputation on highly distinctive combustion engines, sound, and a certain mechanical immediacy. The new four-door attempts to recreate part of that engagement through software, calibrations, and physical interfaces. Test drives also highlighted a simulation of V8 noise and gear shifts, while inside, the three Race Engineer controls give the driver direct access to variables that in many EVs remain hidden behind the screen.
This does not mean the solution will automatically convince those who look to AMG primarily for the combustion engine. Synthetic sound and shift logic remain divisive choices, as does the abundance of digital surfaces characteristic of current Mercedes models. But the GT 4-Door seems eager to address the issue without denying the car's electric nature: it leverages instantaneous torque, sophisticated electronic management, and high-voltage architecture, while seeking at the same time to give the driver a more concrete sense of control.
The interior images must therefore be viewed alongside the overall project. The new GT 4-Door does not mark a complete break from recent electric Mercedes models, but rather brings a higher density of performance-dedicated controls into their digital environment. Ahead of the commercial launch, availability, trim levels, and pricing across different markets remain to be clarified. For now, the interior confirms the direction: Mercedes-AMG wants its large electric car to be configurable as a grand tourer, yet ready to change its character with just a few inputs when the road or track demands it.
