Mercedes Introduces the AMG GT 4-Door Coupé

Mercedes Introduces the AMG GT 4-Door Coupé

(Oilandgaspress) -–The Mercedes‑AMG GT 4‑Door Coupé redefines performance: With extreme power, enormous continuous performance, highly precise driving dynamics, and a thrilling AMG intensive driving experience, the four-door sports car catapults performance and driving pleasure to a new level. The 4‑Door Coupé is based on the high-performance AMG.EA architecture and consequently underlines Affalterbach’s pioneering spirit with numerous world firsts. Central to this is a newly developed drive concept, strictly designed for high performance, which is being used for the first time in a series-production EV.

It utilises a new, highly innovative electric motor technology, so-called axial flux motors, combined with a high-performance battery. The result is a drive unit that not only impressively delivers peak power but can also call upon it repeatedly and continuously, thereby shifting the benchmark in the high-performance segment. Mercedes‑AMG demonstrated the capability of this technology last year with the spectacular record drive of the CONCEPT AMG GT XX in Nardò. The technology demonstrator sprinted over 40,000 kilometres in seven days and 13 hours – literally driving “around the world in eight days” – and pulverised a total of 25 long-distance records in the process.

The chassis of the new AMG GT 4-Door Coupé is based on a multi-link axle design at both the front and rear. This layout allows for high lateral acceleration with minimal influence from drive forces.

The battery housing is part of the vehicle structure and integrated into the crash concept. The battery, high-voltage (HV) cables and additional HV components are designed and protected to meet the high Mercedes‑Benz safety requirements.

The high voltage of the 800-volt lithium-ion energy storage system also contributes to overall performance. Advantages of the high voltage include lower weight due to lighter wiring, higher continuous power, and shorter battery charging times. Charging losses through the charging cable are also significantly reduced.

Customers will be able to choose between two powerful powertrains at the start of ordering in the coming days: the Mercedes‑AMG GT 63 4-Door Coupé and the Mercedes‑AMG GT 55 4-Door Coupé. The pricing for the models will be based on comparable predecessor vehicles.

Key technical data at a glance:

Mercedes-AMG GT 63 4-Door Coupé
E-MotorTypeThree axial flux motors
Max. drive outputkW (PS)860 (1,169)
Continuous outputkW (PS)530 (721)
Max. drive torqueNm2,000
Drive systemFully variable all-wheel drive AMG Performance 4MATIC+
Top speedkm/h300 (Drivers Package)
Acceleration 0-100 km/h (1-Foot-Rollout)2s2.1
Acceleration 0-200 km/h (1-Foot-Rollout)2s6.4
Acceleration 0-100 km/hs2.4
Acceleration 0-200 km/hs6.8
Boost durations63
Nominal voltageVolt800
Battery capacity (net)kWh106
Max. DC charging power1kW600
Max. AC charging power1kW11
DC charging: 10-80 % SoC (net)3min11
DC charging: range after 10 mins (WLTP combined)1km460
Energy added in 10 mins1kWh70
Energy added in 5 mins1kWh41
Kerb weight (DIN)kg2,460
Length/Width/Heightmm5,094/1,959/1,411
Wheelbasemm3,040
Drag coefficientCd0.22
Frontal area2.44
Combined energy consumption1kWh/100 km21.0-17.9
Urban energy consumption1kWh/100 km18.7-16.2
CO₂ class1 A
Range (WLTP)1km596-696
Range urban (WLTP)1km664-764
Boot volume (liquid)l507
Boot volume (VDA)l415
Frunk (liquid)l62
Frunk (VDA)l41
Mercedes-AMG GT 55 4-Door Coupé
E-MotorTypeThree axial flux motors
Max. drive outputkW (PS)600 (816)
Continuous outputkW (PS)375 (510)
Max. drive torqueNm1,800
Drive systemFully variable all-wheel drive AMG Performance 4MATIC+
Top speedkm/h300 (Drivers Package)
Acceleration 0-100 km/h (1-Foot-Rollout)2s2.5
Acceleration 0-200 km/h (1-Foot-Rollout)2s8.7
Acceleration 0-100 km/hs2.8
Acceleration 0-200 km/hs9.0
Boost durations55
Nominal voltageVolt800
Battery capacity (net)kWh106
Max. DC charging power1kW600
Max. AC charging power1kW11
DC charging: 10-80 % SoC (net)3min11
DC charging: range after 10 mins (WLTP combined)1km462
Energy added in 10 mins1kWh70
Energy added in 5 mins1kWh41
Kerb weight (DIN)kg2,460
Length/Width/Heightmm5,094/1,959/1,411
Wheelbasemm3,040
Drag coefficientCd0.22
Frontal area2.44
Combined energy consumption1kWh/100 km21.0-17.8
Urban energy consumption1kWh/100 km18.6-16.1
CO₂ class1A
Range (WLTP)1km597-700
Range urban (WLTP)1km667-770
Boot volume (liquid)l507
Boot volume (VDA)l415
Frunk (liquid)l62
Frunk (VDA)l41

[1] The information is preliminary. So far, neither confirmed values from an officially recognised testing organisation nor an EC-type approval nor a certificate of conformity with official figures are available. Deviations between the stated figures and the official values are possible.


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