Interested In Auto Tech Training? You’ll Love The Mercedes-Benz EQG Tank Turn Feature

For decades, Mercedes-Benz has been synonymous with automotive excellence, embodying luxury, performance, and innovative technology. As one of the world’s leading luxury car manufacturers, Mercedes-Benz has consistently pushed boundaries, redefining the driving experience for enthusiasts around the globe. Now, the brand takes its commitment to sustainability and cutting-edge engineering to new heights with the introduction of the Mercedes-Benz EQG, an all-electric variant of their iconic G-Class SUV.

The G-Class, with its distinctive boxy design and exceptional off-road capabilities, has long been hailed as an automotive icon. Originally developed for military use, the G-Class quickly gained popularity among adventurers and off-road enthusiasts. At the heart of the new EQG lies a feature that epitomizes the brand’s dedication to innovation: the Tank Turn. This groundbreaking capability allows the EQG to rotate on the spot, offering unrivaled maneuverability in challenging off-road terrains.

Student in auto tech training test-driving Mercedes G-Class
The G-Class, also known as the Geländewagen, has been a symbol of ruggedness and adventure since its inception in 1979.

Unleashing Electric Power and Cutting-Edge Technology: The Mercedes-Benz EQG’s Exquisite Specifications

The Mercedes-Benz EQG is poised to revolutionize the world of electric off-road vehicles with its exceptional specifications and innovative technologies. One of the most exciting aspects of the EQG is its advanced lithium-ion battery with “silicon anode chemistry.” This battery technology aims to significantly increase energy density by 20% to 40% compared to conventional batteries. With this boost in energy density, the EQG can achieve a remarkable increase in range, allowing drivers to explore new horizons without worrying about frequent charging stops. This improvement is particularly significant for a vehicle like the G-Class, which has a boxy design that presents challenges in terms of aerodynamics.

To ensure exceptional off-road performance, the EQG will feature independent front suspension and a rigid rear axle specifically developed for Mercedes-Benz’s electric models. This combination of suspension technologies strikes a balance between comfort and ruggedness, providing a smooth ride on various terrains while maintaining the G-Class’s legendary off-road capabilities. The electric drivetrain, powered by advanced electric motors, will provide instant torque delivery, enabling swift acceleration and impressive off-road capabilities.

Mercedes-Benz has set its sights on releasing the production-ready EQG sometime around 2024, giving automotive enthusiasts and auto tech training students something to eagerly anticipate. With the EQG, Mercedes-Benz aims to demonstrate that electric mobility and off-road prowess can coexist harmoniously. By leveraging cutting-edge battery technology, innovative suspension systems, and performance-oriented electric drivetrains, the EQG sets a new standard for electric off-road vehicles. From conquering challenging terrains to delivering impressive range and thrilling acceleration, the EQG promises to redefine the off-road experience, allowing drivers to embark on electrifying adventures with confidence and style.

Mercedes-Benz showroom in Germany
As Mercedes-Benz continues to prioritize sustainability and electric mobility, the EQG is a shining example of their commitment to innovation.

What Students in Auto Tech Training should Know About The Revolutionary Tank Turn Feature

Among the remarkable features of the Mercedes-Benz EQG is the innovative Tank Turn capability, which sets it apart from traditional off-road vehicles, and makes it an interesting car for those in auto mechanic school. This groundbreaking feature allows the EQG to rotate in place, mimicking the maneuverability of a military tank. The Tank Turn feature harnesses the power of its four electric motors to achieve the impressive ability to spin the SUV 360 degrees on the spot. Each motor is individually controlled, allowing for precise and independent power distribution to the wheels.

When the Tank Turn feature is activated, the EQG’s sophisticated electronic control system commands the electric motors to vary their torque output to each wheel. By increasing power to the wheels on one side of the vehicle while simultaneously reducing power to the wheels on the opposing side, a torque differential is created, initiating the rotation.

While other manufacturers have demonstrated similar capabilities, such as Rivian’s R1T electric truck in 2019, Mercedes-Benz is among the first to showcase this feature in a customer-ready vehicle. By utilizing its expertise in electric drivetrains, Mercedes-Benz continues to push the boundaries of off-road performance and redefine what is possible in terms of maneuverability and control.

Are you considering automotive school?
Contact ATC Cambridge to learn how you can get started.

Form is submitting