There’s no stinting on tech, specs or sheer performance. Read the press release, and it’s clear that Mercedes-Benz wants to chart an entirely new chapter with what is the most technically ambitious four-door sports car ever made. And yet, it’s also the most conflicted, walking a tightrope that straddles two very different worlds.
- First model to use 800V AMG.EA platform and axial flux motors
- Up to 600kW DC charging support; 10-80 percent charge in 11 minutes
- Nearly 5.1m long, has a drag coefficient of 0.22 Cd
In its most stirring mode, this all-electric hypercar plays you the sound of a V8. Not a synthesised hum, not a futuristic whoosh, but a carefully constructed, patent-pending recreation of the old AMG V8 growl, complete with haptic gear-shift interruptions that simulate a brutal twin-clutch transmission. It even shows you a tachometer that mimics revs. This is the future of Mercedes-AMG, one that clings, unashamedly, to the past.
2026 Mercedes-AMG GT 4-door Coupe powertrain and performance
0-100kph takes a claimed 2.1 seconds
On paper, the new AMG GT 4-Door Coupé is simply extraordinary. In GT 63 guise, three axial flux motors (two at the rear, one at the front) produce a combined peak output of 1,169hp. The 0-100kph sprint takes 2.1 seconds with launch control engaged, and the 0-200kph run falls in just 6.4 seconds. The lesser GT 55 develops a still-staggering 816hp, enough for a sub-3-second sprint to 100kph.
The GT 55 produces peak power with a 55-second boost duration; the GT 63 stretches that to 63 seconds, with an additional 150hp on tap via a simultaneous pull of both steering-wheel paddles. Both models hit 300kph with the optional Driver’s Package. Quoted WLTP range is 700km for the GT 55 and up to 696km for the GT 63.
First series-production car to use axial flux motors
The drivetrain technology is cutting-edge and genuinely new. No series-production electric car has used axial flux motors before, let alone three of them. In a conventional radial motor, electromagnetic flux runs perpendicular to the axis of rotation; in an axial flux design, it runs parallel. The practical upshot is a compact form factor that allows extraordinary power density in a package slim enough to fit where a conventional motor couldn’t. AMG co-developed these motors with YASA, the British specialist it acquired in 2021. At the rear axle, two motors sit in a shared housing barely eight centimetres wide each. The front motor measures nine centimetres.
The battery pack is equally serious engineering. Built around an 800V architecture, its underfloor pack contains 2,660 cylindrical cells bathed in electrically non-conductive oil, a direct-cooling arrangement that allows the car to deliver and absorb charge at rates previously unimaginable in a production road car. Peak DC charging stands at 600kW; in just ten minutes, you can replenish 460 kilometres of range. The battery goes from 10 to 80 per cent state of charge in eleven minutes. These are numbers that begin to address one of EVs’ most persistent criticisms: that charging stops are too long and too disruptive.
The continuous output figure matters as much as peak power. 721hp is available not just once but repeatedly, with thermal management working hard enough to sustain serious performance across a circuit session. Yes, this is an EV you can genuinely use on a track.
Simulated V8 soundtrack built from 1,600 audio files
AMG has gone to exceptional lengths to deliver an emotional experience that mimics an ICE hypercar. In AMG FORCE S+ mode, the car plays a V8 soundtrack built from over 1,600 sound files, mixed in real time, based on the AMG GT R’s iconic engine note. Tug the steering paddles and you get haptic gear-shift interruptions that convincingly simulate the brutal shifts of a quick twin-clutch transmission. An adapted central display shows a tachometer, and the soundtrack changes contextually with driving style, whether accelerating hard, burbling on a trailing throttle, or approaching the car to unlock it. Even the ambient and welcome sounds are mapped to deep, heartbeat-like pulses.
This will divide opinion, and AMG knows it. For those who find the V8 experience inseparable from what AMG means, a recreation, however technically layered, is still artificial. But it’s worth noting: this is far beyond a generic EV whine with a sound button. The engineering behind it is as serious as anything else on this car, and AMG’s own engineers have reportedly driven it believing they’re in a V8. The more useful question, perhaps, isn’t whether it’s authentic, but whether it’s convincing, and from the evidence of that 1,600-sample library, AMG has bet heavily that it will be.
2026 Mercedes-AMG GT 4-door Coupe suspension, all-wheel drive
Gets active ride control and all-wheel steering
The suspension is new from the ground up. AMG’s active ride control system replaces conventional anti-roll bars with semi-active, hydraulically interconnected dampers that link the compression and rebound sides, regulated by a central pump and valves. The system opens fully for straight-line comfort and stiffens progressively through corners. Rear-axle steering adds up to six degrees of angle in either direction, steering opposite to the front below 80kph to shorten the effective wheelbase and sharpen turn-in, then in the same direction above that speed for high-speed stability.
The AMG Performance 4MATIC+ all-wheel drive runs without a traditional differential, with torque vectoring handled by the independent rear motors. Fully variable, continuously adjusted, and fast enough that transitions between rear-wheel and all-wheel drive are imperceptible. Active aerodynamics round out the package: underbody Venturi flow panels that deploy at 120kph and 140kph, a rear diffuser, a speed-sensitive spoiler, and an Airpanel system that manages cooling airflow through vertical louvres across nine stages.
2026 Mercedes-AMG GT 4-door Coupe exterior design
4cm lower than its predecessor
The silhouette is the work of Chief Design Officer Bastian Baudy and his team, and its headline achievement is straightforward: despite carrying a substantial battery in the floor, the new car sits 4cm lower than the outgoing V8 model. At 1,411mm tall for a 5,094mm long four-door, those are genuinely sports car proportions, though that low stance does raise the usual ground clearance concerns for our roads.
The front end is AMG-specific: a concave grille with vertical slats, optionally illuminated, centred by a lit Mercedes star and flanked by headlights carrying a distinctive star daytime-running signature. Power domes on the bonnet come straight from the motorsport vocabulary.
The shoulder line swells from the front wheel arches and runs muscularly to an equally wide rear, where six circular turbine-design taillights with star graphics (a lineage traceable directly to the Vision AMG and GT XX concept) give the car an unmistakable identity.
The active rear diffuser, gliding in and out on command, is a great party trick. It’s more about owner flex than meaningful downforce, but that’s entirely in keeping with the car’s character. The body is longer, wider and lower than the outgoing V8 car, with a drag coefficient of 0.22 Cd. Kerb weight is 2,460 kg. Not light, but then nothing electric and this fast ever is.
2026 Mercedes-AMG GT 4-door Coupe interior and features
Triple-screen display takes centre stage on the dashboard
Inside, the cockpit is driver-first without being antisocial. A seamless glass display unit merges a 10.2-inch instrument cluster with a 14-inch multimedia monitor, angled toward the driver. Three physical rotary dials within easy reach of the centre console operate what Mercedes calls the AMG Race Control Unit, allowing the driver to tune response, agility, and traction slip across nine stages.
Rear passengers get contoured individual seats and foot garages cut into the floor, a thoughtful detail in a car that, without them, might have felt like a back-seat afterthought. Boot space is 507 litres; a 62-litre frunk adds useful everyday practicality.
The Mercedes-AMG GT 4-Door Coupé is technically the most accomplished performance EV yet produced. The axial flux motors, direct-cooled cylindrical cells, 600kW charging capability, active aero and active ride control suspension push new frontiers in engineering. For sheer technology and performance, this is the new reference point. And the V8 sound experience, wherever one stands on the concept, represents the most serious attempt yet to ensure electrification doesn’t strip the emotion from performance driving.
Whether AMG has built the most emotionally compelling performance EV is a question only a drive will answer. And for that, we’ll need to wait a little longer.
