Familiar Lighting Gains a Different Visual Balance

The lighting provides the clearest connection between the SUV and its four-door sibling. At the front, buyers can illuminate the grille elements and Mercedes-Benz star. Meanwhile, six circular rear lights create a distinctive turbine-inspired signature. These details could easily overwhelm a simpler design. Here, however, the larger body gives them more visual space. The dark rear panel also appears better balanced against the SUV’s proportions. My impression is that the additional height helps the styling feel more cohesive. Still, photographs cannot fully reveal how these surfaces behave in daylight or traffic. The strongest early takeaway is that the SUV looks deliberate, rather than merely practical. Its design gives buyers a reason to consider it beyond extra space.

GT 63 Performance Comes with an Important Distinction

The flagship GT 63 SUV produces up to 1,153bhp through three axial-flux electric motors. However, that headline figure describes boosted output, available for up to 63 seconds, rather than continuous power. Its continuous output is approximately 711bhp, which remains substantial. Mercedes quotes a 0–62mph time of 2.7 seconds, while the optional Driver’s Package raises maximum speed to 168mph. Carbon-ceramic brakes come as standard on this version. Together, these figures place the SUV firmly in extreme-performance territory. Nevertheless, separating peak and sustained output gives a more useful picture of its capabilities. Buyers should understand both figures, especially when comparing electric performance cars that advertise their power under different operating conditions.

Two Battery Options Offer Different Priorities

Battery choice adds another layer to the GT SUV’s appeal. The GT 63 and GT 55 offer a 106kWh pack or a larger 128kWh alternative. Quoted WLTP range reaches approximately 364 miles with the smaller battery and 435 miles with the larger one. That is a potential increase of around 71 miles between the published maximum figures. However, these are laboratory-based ratings rather than guaranteed motorway distances. Weather, speed, wheel choice, and driving style will affect actual results. The larger battery therefore deserves consideration for frequent long journeys, although capacity alone should not decide the purchase. Charging access and everyday travel patterns remain equally important when choosing between the two configurations.

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Rapid Charging Could Reduce Long-Distance Stops

Both battery options use an 800-volt architecture, supporting unusually high charging rates. The 106kWh pack accepts up to 600kW, while the 128kWh version raises that ceiling to 710kW. Under suitable conditions, Mercedes quotes up to 236 or 280 miles of additional WLTP range in ten minutes, respectively. A 10–80 per cent charging session can take around 12 minutes under the specified conditions. However, maximum charging power is a peak figure, not a rate maintained throughout every session. Battery temperature, charge level, and charger capability all influence the result. Consequently, the useful achievement is the potential reduction in stopping time. Drivers will still need access to compatible infrastructure to experience the fastest advertised charging.

Chassis Technology Aims to Control More Than Speed

Straight-line acceleration tells only part of the story. AMG also equips the SUV with technology intended to manage its behaviour through corners. The package includes rear-axle steering, rear-wheel torque vectoring, variable all-wheel drive, and active aerodynamics. Meanwhile, AMG ACTIVE RIDE CONTROL+ combines adjustable air springs with active hydraulic dampers. This arrangement manages body roll and pitch without relying on conventional anti-roll bars. The front motor also connects when required, allowing the drivetrain to adapt to changing demands. On paper, these systems should help reconcile comfort with precise control. However, their effectiveness will depend on calibration. A road test must establish whether the technology creates natural responses, rather than simply impressive technical descriptions.

A Digital Cabin Adds Adjustable Driving Character

Inside, the GT SUV pairs a 10.2-inch driver display with a 14-inch central touchscreen and another 14-inch passenger screen. A panoramic glass roof and a three-seat rear bench support its everyday role. Buyers can also choose AMG Performance seats and a Burmester 4D sound system. Meanwhile, the driving experience includes simulated gear changes and synthetic V8 sounds. These features will divide opinion, but they give drivers additional ways to shape the car’s character. On equipped versions, AMG Race Engineer uses three rotary controls to adjust accelerator response, cornering behaviour, and traction settings. The appeal is direct access to meaningful adjustments. Whether the wider digital environment feels intuitive will require time behind the wheel.

GT 55 and GT 53 Broaden the Appeal

The flagship is not the only version worth considering. The GT 55 retains three motors and delivers up to 805bhp, with a quoted 0–62mph time of 3.1 seconds. Meanwhile, the GT 53 uses two motors, produces approximately 537bhp, and completes the sprint in 4.2 seconds. It comes with the 106kWh battery and offers up to 415 miles of WLTP range. European prices start at €113,050, although market specifications and options will affect the final cost. Interestingly, the entry version may present the most balanced proposition for some buyers. Its acceleration remains strong, while its quoted range exceeds the smaller-battery figures of the more powerful versions. The design appeal, meanwhile, does not depend on choosing maximum power.

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