Ever since Rivian demonstrated an R1T prototype finishing a so-called tank flip, the place a car is ready to activate the spot—a full 360 levels—by spinning the left and proper wheels in reverse instructions, made doable by the R1T’s 4 electrical motors, we have seen different automakers both launch or trace at comparable novelties.
Whereas the R1T does not provide a tank flip function simply but, GMC with its Hummer EV presents what it calls the crab stroll. Right here an all-wheel-steering system permits all 4 wheels to show in unison, enabling the car to maneuver diagonally aspect to aspect.
Mercedes-Benz has now launched a video depicting a prototype of its EQG finishing a tank flip. Mercedes calls it the G-Flip, and stated the function will likely be accessible on the manufacturing EQG. The electrical G-Class is anticipated to reach in 2024, although it is not clear if the G-Flip will likely be accessible at launch.
Mercedes-Benz EQG Idea
The function is made doable by 4 independently managed electrical motors, a setup Mercedes previewed on an EQG idea unveiled final 12 months. You may discover Mercedes has demonstrated the function on unfastened soil. We will think about it proving helpful on tight trails. Though it must also operate on a tough floor, it will trigger vital put on to the tires.
On the EQG idea’s reveal, Mercedes stated the deliberate manufacturing model would match the off-road functionality of the gas-powered G-Class, together with the flexibility to deal with 100% grades in appropriate terrain. The idea had a ladder body and 2-speed gearbox for off-road gear discount, similar to within the gas-powered mannequin.
We have since realized that the EQG will function sooner or later an superior silicon-anode battery chemistry to pack in additional vary with out packaging sacrifices. It is going to be provided by Mercedes-backed Sila, which plans to start out manufacturing cells in Washington State mid-decade for a deliberate “range-extended” model of the EQG. Mercedes additionally plans to make use of this chemistry in different future fashions.
