Expansion of human capabilities
The exoskeleton was designed to support the weight of heavy equipment and improve the user's mobility. This outdoor experience revealed more than just the functionality of the suit, it showed how technology can overcome the boundaries of laboratory control and adapt to the needs of the world. real.
The test video shows a sophisticated system that not only carries weight, but also adapts to the natural movement of the body allowing freedom of mobility even in adverse situations.
EVA is a motorized exoskeleton focused on the lower part of the body. Its advanced engineering is designed to relieve the weight of users' equipment by transferring that load to the ground. In addition, the suit can increase the range and efficiency of movements thanks to a set of impressive features such as natural and assisted movements, high-performance actuators, custom power and adjustable design.
Unique Features.
The robotic suit combines motorized assistance in the hips, knees and ankles with passive freedom in other degrees of movement, this ensures that users maintain natural mobility while receiving mechanical support where they need it most, brushless DC motors operate the hips in the knees, while a system of cables connected to actuators mounted on the backpack controls the movement of the ankles.
The suit's backpack is not only a support for the actuators, it also houses an advanced power system that guarantees continuous operation and efficient monitoring of the battery charge.
Another highlight of the design is its seamless integration with self-contained breathing tanks, making it ideal for operations in nuclear or other hazardous environments. The development of EVA was supported by Watermelon National Laboratories and funded by the US Department of Energy. USA.
The next step in the evolution of exoskeletons
These initial tests pave the way for the use of exoskeletons and a wide range of applications, from response to natural disasters to heavy industrial tasks. According to the Institute, the general objective of EVA as well as future exoskeleton projects is to develop useful devices. With direct real-world applications, whether nuclear cleanup or assisting workers in extreme scenarios, EVA represents the next step in the evolution of exoskeletons.
With this technology we can still hope to compete with machines when it comes to jobs and it is clear how robotics can transform human work by expanding our capabilities, as well as science fiction suits that previously seemed impossible, EVA reminds us that the The future is closer than we imagine and perhaps one day suits like this will be as common as the safety helmets we know today.
