The new Mercedes-AMG GT 4-Door Coupe EV launches AMG into a far harder electric performance fight. The GT 63 delivers up to 1,169 horsepower, three axial-flux motors, 2,000 Nm of torque, and 600 kW DC charging. The GT 55 keeps the same hardware logic but trims output to 816 horsepower.
What Makes The Mercedes-AMG GT 4-Door Coupe EV Different?
Mercedes-AMG built this car on AMG.EA, its dedicated high-performance electric architecture. That matters because this platform does not adapt a gasoline chassis. It packages a 106 kWh net battery, three motors, active aero, and performance cooling around repeatable power delivery.
From an expert perspective, AMG targets a very specific problem: fast EVs already exist, but many lose punch after repeated hard launches or track-style use. This car attacks thermal fade with direct cell cooling, silicon-carbide inverters, oil-cooled motor gearboxes, and a central coolant hub tied to the drivetrain and charging systems.
Mercedes-AMG GT 63 Vs GT 55 Specs
| Specification | AMG GT 63 4MATIC+ | AMG GT 55 4MATIC+ |
|---|---|---|
| Peak output | 860 kW / 1,169 hp | 600 kW / 816 hp |
| Continuous output | 530 kW / 721 hp | 375 kW / 510 hp |
| Torque | 2,000 Nm / 1,475 lb-ft | 1,800 Nm / 1,328 lb-ft |
| 0-100 km/h with rollout | 2.1 sec | 2.5 sec |
| Standard 0-100 km/h | 2.4 sec | 2.8 sec |
| 0-200 km/h with rollout | 6.4 sec | 8.7 sec |
| Top speed | 300 km/h / 186 mph | 300 km/h / 186 mph |
| WLTP range | 696 km / 432 miles | 700 km / 435 miles |
Looking at the data, the GT 63 claims the headline. The GT 55 looks like the smarter long-distance pick because it keeps the same 106 kWh net battery, the same 600 kW charge ceiling, and almost identical range, while giving up power few drivers can use on public roads.
How Does The 800-Volt AMG Battery Work?
The AMG High Performance Electric Battery uses 2,660 cylindrical cells grouped into 18 laser-welded modules. Each cell measures 105 mm tall and 26 mm wide. That narrow shape shortens the heat path from the cell core to the cooling surface.
Specifically, AMG uses NCMA chemistry with a silicon-containing anode, full-tab cell design, and lightweight aluminum cell housings. A non-conductive oil flows around each cell, so the battery can shed heat during repeated acceleration and absorb heat during pre-conditioning before charging.
Axial-Flux Motor
An axial-flux motor sends magnetic flux parallel to the shaft rather than across it. The layout uses thin disc-like components, so AMG can package more power into less space. In this car, the front motor measures about 90 mm wide, while each rear motor measures about 80 mm wide.
Charging, Range, And Infrastructure Reality
| Charging Metric | Mercedes-AMG GT 4-Door Coupe EV |
|---|---|
| Battery capacity | 106 kWh net |
| System voltage | 800 volts |
| Peak DC charging | 600 kW |
| AC charging | 11 kW |
| DC 10-80 percent charge | 11 minutes |
| Range added in 10 minutes | 460-462 km / 286-287 miles |
| Fast-charge standards prepared | CCS2, GB/T, CHAdeMO, CCS1, NACS |
| Energy consumption | 21.0-17.8 kWh/100 km |
By comparison, most public fast chargers in North America still do not deliver 600 kW to passenger EVs. That means the car can outrun today’s infrastructure in many areas. Still, the hardware choice looks smart for owners who plan to keep a six-figure AMG through the next charger buildout cycle.
Pro-Tip: Buy this car only if your regular routes include high-output DC fast charging or reliable Level 2 Charging at home. A 600 kW peak charge rate sounds wild, but local charger quality will decide the real ownership experience.
Why Does AMG Add Fake V8 Feel?
AMG knows many buyers associate the brand with a 4.0-liter V8, not quiet torque. The AMGFORCE S+ mode uses simulated gear changes, haptic feedback, AMG-style V8 sound, and a classic display layout to give the electric drivetrain a familiar rhythm.
I normally dislike artificial sound in EVs, but AMG makes a fair strategic call here. High-dollar performance buyers pay for emotion, feedback, and drama. Silence alone will not pull loyal GT 63 buyers out of their gasoline cars.
Chassis, Aero, And Daily Use
The new electric AMG GT 4-Door Coupe measures 5,094 mm long, 1,959 mm wide, and 1,411 mm tall, with a 3,040 mm wheelbase. Curb weight lands around 2,460 kg, so AMG uses hardware rather than wishful tuning to control mass.
Key chassis and aero systems include:
- AMG Active Ride Control air suspension with semi-active roll control.
- Rear-axle steering with up to 6 degrees of steering angle.
- Active underbody Venturi plates for added downforce.
- Active rear diffuser and active rear spoiler.
- Variable front air intakes for battery, motor, and brake cooling.
In addition, the car offers a 507-liter trunk and a 62-liter frunk. That gives it real GT usability, not merely drag-strip bragging rights.
How Much Could It Cost In USD?
Mercedes says pricing will track comparable predecessor models. Using current comparable European pricing, the Mercedes-AMG GT 55 points toward roughly $185,000, while the Mercedes-AMG GT 63 points toward roughly $208,000, before options, taxes, and market-specific fees.
Is The Mercedes-AMG GT 4-Door Coupe EV Worth Waiting For?
Yes, if you want an electric performance sedan with repeatable output, long WLTP range, NACS preparation for the U.S., and real chassis hardware. No, if you mainly want the best value per horsepower. The Mercedes-AMG GT 63 EV looks expensive, heavy, and technically serious. That sounds very AMG.
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