Personal movement is about to jump to the future, with innovations that appear directly from science fiction movies. Companies in the United States, Japan and Europe are developing and testing the initial models that radically transform the way we are wandering.
Marcelo Tripoli, an innovation suspension in CNN, notes that among the most impressive news are flying motorcycles and Robot Horse. These vehicles, which until recently, have become imaginary concepts, have become a reality thanks to modern technological developments, especially in the field of batteries and engines.
A plane motorcycle: cross the sky
Kawasaki surprised the world by presenting the initial motorcycle model in an exhibition. This innovative car is to provide a unique experience for air mobility. Unlike traditional land transport, the motorcycle of the user allows the user literally to cross the sky, providing a completely new perspective of displacement.
The development of this car is mainly possible through the development of electric motors and high -capacity batteries. This progress allowed the creation of a light and strong enough vehicle to take off and stay in the air in a stable and safe way.
Robot Horse: Tame a difficult land
Another initial model that attracts attention is the robot horse. This car is designed to face the rugged and difficult to reach, as traditional vehicles face difficulties. With its structure inspired by the dissection of horses, the robot horse is to provide stability and lightness of movement in different types of surface.
The technology behind this car includes advanced balance systems and sensors that allow it to “read” the terrain and adapt its movements immediately. This makes it ideal for use in rural areas, mountains, or rescue and exploration situations.
Organizational and security challenges
Despite the enthusiasm resulting from these innovations, Tripoli confirms that there are still major challenges that must be overcome before these vehicles are widely adopted. Regulatory issues, especially with regard to air movement, have been discussed for years.
Security is another source of concern. The developers need to make sure that these new means of transportation are safe not only for their users, but also for people, especially in populated urban environments.
Although the initial models are in advanced evolutionary stages, large -scale production is still a challenge. The electric car industry experience shows that the transfer of the initial model to huge production may take years.
However, the rapid pace of technological development indicates that we may be closer than we believe in seeing these innovations in the streets and in the sky of our cities. The future of personal movement is not only effective, but also exciting and revolutionary.
