Mercedes' electric AMG GT 4-door coupe can go 0-60 in 2 seconds

At a glance:

• Mercedes' electric AMG GT 4-door coupe achieves 0-60 mph in 2 seconds with 1,153 horsepower.
• Three axial flux motors from YASA and an oil-cooled battery with 20 kW cooling capacity.
• 800-volt architecture enables 600 kW charging, MB.OS control, and simulated engine sounds.

A new era of electric performance

Mercedes has officially entered the ultra-high-performance EV arena with the unveiling of its electric AMG GT 4-door coupe. The German automaker, late to the high-octane electric sedan party, aims to compete with hypercars by rethinking its approach to motors and batteries. Borrowing technology from the record-breaking XX concept that circled Italy's Nardò Ring for 24,901 miles in under eight days, the production model promises staggering acceleration and track-ready durability. The car's ability to sprint from 0 to 60 mph in just 2 seconds underscores Mercedes' commitment to blending electrification with raw performance.

This launch marks a significant shift for Mercedes-AMG, traditionally known for roaring gasoline engines. By achieving such blistering speed without a drop of fuel, the brand addresses growing consumer demand for sustainable yet thrilling driving experiences. The AMG GT 4-door coupe not only targets speed enthusiasts but also sets a new benchmark for what electric vehicles can accomplish on the racetrack and beyond.

Powertrain innovation with axial flux motors

At the heart of the AMG GT's performance are three axial flux motors developed by Mercedes subsidiary YASA. These motors deliver a combined output of up to 1,153 horsepower and 1,475 lb-ft of torque, figures that rival many internal combustion hypercars. Axial flux motors, with their thin disc shape, weigh significantly less than traditional radial motors while maintaining immense power density. Mercedes claims to be the first automaker to use this type of motor in a production vehicle, leveraging YASA's expertise to maximize efficiency and response.

The choice of axial flux technology allows for a more compact and lightweight powertrain, contributing to the car's agile handling and reduced unsprung mass. This innovation not only enhances acceleration but also improves overall energy efficiency, as less power is wasted in overcoming inertia. For drivers, this translates to instantaneous torque delivery and a driving experience that feels both nimble and ferocious.

Advanced battery cooling for sustained power

The AMG GT's high-performance battery employs tall, ultra-slim cylindrical cells measuring just 1 inch in diameter. This design facilitates rapid heat dissipation from the core to the outer surface, a critical feature for maintaining performance during intense driving. To further enhance cooling, Mercedes developed a special non-conductive oil that flows directly around each individual cell, providing targeted thermal management. Inspired by Formula 1 technology, this system offers 20 kW of cooling power—approximately four times more than the battery in the standard EQS model.

This advanced cooling capability means the AMG GT can endure repeated drag races or track sessions without overheating, a common limitation in many high-performance EVs. The oil's non-conductive property ensures safety by preventing electrical shorts, while its direct application to cells maximizes heat transfer efficiency. As a result, drivers can push the vehicle to its limits with confidence, knowing that thermal constraints won't cut short their adrenaline-fueled sessions.

Ultra-fast charging and global compatibility

Supporting the battery's robust performance is an 800-volt electrical architecture, which enables ultra-fast charging up to 600 kW. Mercedes states that this setup, combined with the innovative cooling system, allows the battery to charge from 10% to 80% in just 11 minutes—a time that rivals refueling a gasoline car. The battery pack uses a nickel-cobalt-manganese-aluminum cathode and an anode containing silicon, achieving an energy density of over 298 Wh/kg, which contributes to both range and efficiency.

The AMG GT also features versatility in charging, as it can switch between 800V and 400V systems when needed, ensuring compatibility with a wide range of charging infrastructure. It supports five global DC charging standards, including North American Charging Standard (NACS) and Combined Charging System 2 (CCS2), making it adaptable for international markets. This broad support underscores Mercedes' strategy to future-proof the vehicle against evolving charging networks.

Sound engineering and driving dynamics

One challenge Mercedes faced was the silent nature of electric motors, which might disappoint enthusiasts accustomed to engine roars. To address this, the AMG GT 4-door coupe includes over 1,600 sound files derived from the AMG GT R's internal combustion engine. These files simulate engine notes, exhaust burbles, and traction interruptions during virtual gear changes, creating an auditory experience that mirrors traditional performance cars. Distinct sounds are also generated for unlocking, entering, and charging the vehicle, enhancing the overall sensory engagement.

This sound synthesis isn't merely a gimmick; it's integrated into the driving dynamics, with the audio changing based on driving modes and conditions. For example, during aggressive acceleration, the soundscape intensifies to match the vehicle's speed and torque output. While some purists may argue that artificial sounds can't replicate the real thing, Mercedes' approach aims to bridge the gap between electric efficiency and emotional driving pleasure.

Centralized computing with MB.OS

The AMG GT's technological prowess extends to its computing architecture, centered around the AMG Race Engineer Core running on Mercedes' new MB.OS operating system. Instead of multiple small chips handling different functions, a single ultra-advanced master chip controls everything from driving and charging to suspension and battery cooling. This centralization reduces latency, improves coordination between systems, and allows for over-the-air updates to enhance functionality over time.

Inside, the vehicle boasts three screens housed under one continuous glass surface: a 10.2-inch driver display, a 14-inch angled central multimedia screen, and a 14-inch passenger display. All run MB.OS, providing drivers and passengers with real-time metrics on aerodynamics, heat, and energy usage. This setup not only offers a sleek, modern aesthetic but also puts critical performance data at the user's fingertips, catering to both casual drivers and track aficionados.

Availability and market positioning

Mercedes has not yet released official pricing for the AMG GT 4-door coupe, but it announced a rollout timeline starting with the GT 55 version in late 2026, followed by the GT 63 in early 2027. This staggered launch allows Mercedes to gauge market response and potentially adjust production based on demand. The vehicle will compete directly with other high-performance EVs like the Tesla Model S Plaid and upcoming electric offerings from Porsche and Audi.

By entering this segment, Mercedes signals its intent to dominate the luxury electric performance market. The combination of cutting-edge technology, rapid charging, and simulated acoustics positions the AMG GT as a formidable contender. However, the success of this strategy hinges on how traditional AMG fans receive the electric transition—and whether the synthetic sounds and silent acceleration can truly satisfy the visceral expectations of performance driving.