Mercedes-Benz VISION AVTR concept is the result of a global partnership between one of the most innovative brands in the entertainment industry and the Mercedes-Benz.
The name of the Mercedes-Benz VISION AVTR stands not only for the close collaboration in developing the showcar together with the AVATAR team but also for ADVANCED VEHICLE TRANSFORMATION. This concept vehicle embodies the vision of Mercedes-Benz designers, engineers and trend researchers for mobility in the distant future.
Fusion of interior and exterior: The holistic concept of the VISION AVTR combines the design disciplines interior, exterior and UX on an unprecedented scale. The distinctive inside-out design structure combines inside and outside into an emotional whole and was inspired by several creatures from the movie AVATAR. With its stretched “One Bow” design and organic design language, the VISION AVTR offers a visionary outlook on the design of the future.
Biometric connection: Instead of a conventional steering wheel, the multifunctional control element in the center console allows human and machine to merge. By placing the hand on the control unit, the interior comes to life and the vehicle recognizes the driver by his or her heartbeat and breathing.
Immersive experience space: By simply lifting the hand, a menu selection is projected onto the palm of the hand, through which the passenger can intuitively choose between different functionalities. For example, real-time 3D graphics can be used to explore the fictional world of Pandora from different perspectives. The curved display module creates the visual connection between passengers and the outside world.
The vehicle as a living creature: The 33 “bionic flaps” on the back of the vehicle are reminiscent of scales of reptiles. They can communicate with the driver and through the driver with their outside world through naturally flowing movements in subtle gestures. Due to the possibility to drive the front and rear axles in the same or opposite direction, the VISION AVTR can move sideways by approx. 30 degrees, in contrast to conventional vehicles. The so-called “crab movement” gives the concept vehicle an animal-like appearance even in its movement.
Sustainable materials: The seats of the VISION AVTR are refined by vegan DINAMICA® leather. DINAMICA® is the first and only microfiber that guarantees environmental sustainability throughout the entire production cycle. The floor is decorated with an innovative wood called Karuun®. The raw material for Karuun (Rattan) grows very fast as a natural raw material and is harvested by hand in Indonesia. The material gives the interior warmth and radiates naturalness.
Organic battery technology made of recyclable materials: The VISION AVTR was designed in line with its innovative electric drive. This is based on a particularly powerful and compact high-voltage battery. For the first time, the revolutionary battery technology is based on graphene-based organic cell chemistry and thus completely eliminates rare, toxic and expensive earths such as metals. Electromobility thus becomes independent of fossil resources. An absolute revolution is also the recyclability by composting, which is 100% recyclable due to the materiality. As a result, Mercedes-Benz underlines the high relevance of a future circular economy in the raw materials sector.
In addition to an exponentially high energy density – compared to today’s battery systems with up to 1200 Wh/liter – the technology also impresses with its exceptional fast charging capability via automated, conductive charging technology. This means that the battery will be fully recharging in less than 15 minutes. The innovative technology also allows maximum flexibility with regard to the construction space: With a local minimum of 94 mm, the battery adapts ideally to the shared space vehicle concept, thus maximizing the multifunctional interior. With a capacity of around 110 kWh, the VISION AVTR enables an electric range of more than 700 kilometers. By recuperating during roll-out and braking, the high-voltage battery can be recharged with a higher efficiency than established systems while driving and thus contributes to the high energy efficiency of the overall system.
|CO2 emissions||0 g/km|
|Range (WLTP)||over 700 km|
|Performance||over 350 kW|
|Drive||All-wheel drive (fully variable) with torque vectoring|