Mercedes Future Car Concept – Mercedes-Benz brings its own wow factor with its VISION AVTR electric concept car. It’s a sleek, futuristic pod-like vehicle that immerses passengers in an Avatar-inspired visual treat.
LOS ANGELES — The new sequel to “Avatar: Path of Water” should dazzle audiences with another visually impressive story, just as the original “Avatar” did more than a decade ago.
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Mercedes Future Car Concept
Mercedes-Benz wants to bring its wow factor with this concept car, the VISION AVTR. It’s a sleek and futuristic pod-type vehicle that immerses passengers in a movie-inspired visual treat via a large curved screen at the front of the passenger compartment.
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“Where the focus is on the relationship between people, creatures, nature, all these amazing worlds,” said Zane Amiralis, a member of the Mercedes-Benz design team.
No, the car isn’t in the new movie, but the Mercedes-Benz design team worked with director James Cameron’s creative team to get inspiration for an environmentally friendly form of transportation.
“We see the future of sustainable mobility.” That’s why we’re looking for a sustainable partner, and who better than Lightstorm Entertainment, who produced the movie ‘Avatar’ to inspire us about what that future will look like. ”, said Amiralis.
Not only is it completely electric, but it has an interesting shape, somewhat inspired by elements of the film. The blue light symbolizes bioluminescence on the fictional planet Pandora, and the scale-like flaps on the sloping back are inspired by the planet’s flying banshee. The power system also promises organic battery cell technology, which stays away from toxic elements.
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Driving brings a human-machine interface through a central control that fits organically under the palm of your hand. It can be driven from one of two saloon-like seats. After a short stint at low speeds as a passenger, I got the controls without swapping seats with a Mercedes engineer. This concept is also, in theory, capable of being completely driven. It’s one of those “one day” things.
The front end may already be familiar to you, as it has similar styling to the front end of Mercedes-Benz’s new EC line of electric cars – vehicles for the promised carbon-free future.
Since the first of several Avatar sequels continued the theme of the planet’s survival in a changing ecosystem, Mercedes-Benz designers and engineers see this concept, and their battery-powered production car, in the same light.
“We have our own design language, ‘Sensual Purity,’ and that’s where we take our cue. And this gives us an opportunity to see what things will look like in the next 80 years,” Amiralis said.
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“Avatar: Waterway” is set in the very distant future, in the middle of the next century. Mercedes-Benz sees this collaboration as a glimpse into what going further into the century might look like in the next attraction, if you will. Stay tuned for the continuation of this vehicle. The name of this revolutionary concept vehicle is not only for the close cooperation in the development of the show car with the AVATAR team, but also for the ADVANCED TRANSFORMATION OF THE VEHICLE. This concept vehicle embodies the vision of designers, engineers and trendsetters for mobility in the far future.
With four high-performance electric motors close to the wheels, the VISION AVTR embodies the vision of a dynamic luxury sedan with great agility. With a combined motor output of more than 350 kV, the VISION AVTR sets a new standard for EK Power. Thanks to the intelligent and fully variable torque distribution, the power of the fully individually controllable four engines is not only managed in the best possible way in terms of driving dynamics, but above all in a very efficient way. The innovative all-wheel drive with torque vectoring enables a completely new freedom and guarantees driving dynamics at the highest level while at the same time providing the best active safety. This means that each wheel can be driven independently and depends on the driving situation. Due to the possibility of driving the front and rear axles simultaneously or in the opposite way, the VISION AVTR can move laterally with approx. 30 degrees, different from conventional vehicles. The so-called “crab motion” gives the concept vehicle a reptilian appearance even in its movements.
VISION AVTR is designed in accordance with its innovative electric drive. This is based on a very powerful and compact high voltage battery. For the first time, the revolutionary battery technology is based on graphene-based organic cell chemistry, completely eliminating rare, toxic and expensive metals like earth. Thus, the mobility of electricity becomes independent of fossil sources. An absolute revolution is the possibility of recycling with composting, which is 100% recyclable due to the material. The result underlines the high importance of the circular economy of the future in the raw materials sector.
In addition to the exponentially high energy density – compared to today’s battery systems with up to 1,200 Vh/liter – this technology also impresses with its exceptional fast charging capabilities via automatic conductive charging technology. This means that the battery will be fully charged in less than 15 minutes. The innovative technology also enables maximum flexibility in terms of construction space: with a local minimum of 94 millimeters, the battery adapts ideally to the vehicle concept in a shared space, thereby maximizing the multifunctional interior.
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With a capacity of around 110 kWh, the VISION AVTR enables an electric range of over 700 kilometers. By recuperating energy during start-up and braking, the high-voltage battery can be charged more efficiently than the existing system while driving, thus contributing to the high energy efficiency of the entire system.
At , efficiency considerations go beyond the concept of drive, because with increased digitalization, the performance of a large number of so-called secondary users is also in focus – together with their efficient energy supply, without a negative impact on the driving power of the vehicle itself. Energy consumption for each computer operation is already the main goal in the development of new computer chips. This trend will continue in the coming years with the growth of sensors and artificial intelligence in the automotive industry. VISION AVTR’s neuron-inspired approach, including so-called neuromorphic hardware, promises to minimize the power needs of sensors, chips and other components to a few watts. Their power supply is provided by the integrated cache current of the solar panel on the back of the VISION AVTR. 33 multidirectional moving surface elements act as “bionic flaps”.
For the first time, we worked with a completely new approach to design in the VISION AVTR design. The holistic concept combines the disciplines of interior, exterior and UKS design from the first sketch. Human and human perception is the starting point of the inside-out design process. The design process starts with the passenger experience and consciously focuses on passenger perceptions and needs. The goal is to create a car that expands the perception of its occupants. It is also about creating an immersive experiential space where passengers connect with each other, with the vehicle and the environment in a unique way.
Large surfaces such as the rear seat shell and the sky are decorated with color-changing fabrics inspired by the world of the colors of the sea. Depending on the light, the textile changes color from dark blue to subtle light blue. This seat has been refined by vegan DYNAMICA
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It is a recycled material made from old clothes, flags and PET plastic bottles. During production, attention is paid to low emission of pollutants and low energy consumption. Thanks to its versatility, maximum performance and high quality, DINAMICA® is suitable for use in luxury car interiors. It also guarantees slip resistance for seat passengers. The softness of the material gives its occupants a “welcome home” feeling.
VISION AVTR already reacts to the passenger’s approach by visualizing the flow of energy and information about the environment with digital neurons flowing through the grille over the wheels to the rear. The first interaction in the interior between man and vehicle takes place completely intuitively via the control unit: by placing your hand on the center console, the interior comes to life and the vehicle recognizes the driver by his breathing. This can be seen on the dashboard and on the user’s hands. VISION AVTR thus creates a biometric connection with the driver and increases his awareness of the environment. Digital neurons flow from the inside out and describe the flow of energy and information. For example, while driving, neurons flow to the exterior of the vehicle. When changing direction, energy flows to the appropriate side of the vehicle.
The visual connection between the passenger and the outside world is created by the curved display module, which replaces the conventional control panel. The outside world around the vehicle and the environment is displayed in real-time 3D graphics and at the same time shows what is happening on the road in front of the vehicle. Combined with power lines, this detailed real-time image