Italian researchers have developed a humanoid robot that will one day fly like an Iron Man

As robots expand their operations from the controls of the survey area and the turmoil of real-world construction, from point A to point B has become a major problem – climbing stairs, For example. In response, robot experts have developed a number of solutions, from set up rotors so that the robot can operate the helicopter in critical situations or, in the case of Boston Dynamics, doing backflips which would give Simone Biles first. And there is Daniele Pucci, director of the Artificial and Mechanical Intelligence laboratory at the Italian Institute of Technology, who has taken the initiative to build a fully functional jetpack as in what Richard Browning did behind iRonCub synthetic humanoid I hope that eventually Explosions in the sky.

You would think that we could learn the dangers of making humanoid space robots after our first season. Years of Ultron but the Pucci team believes that such practices may one day be a response to the nearly 300 natural disasters that kill at least 90,000 people worldwide. We have seen a number of disaster response bots – some people, this not so much – from labs for more than ten years, often with great diversity.

Humanoid robots are more fortunate than all esoteric buildings and traditional UAVs when it comes to disaster response because they can control the world, which has already been designed for human use. However, in the event of a natural disaster, much of the human environment could be damaged or disrupted, which undermines the many benefits of the humanoid robot. But by combining humanoid design with flying ability, the Pucci team can develop all the best features of both technologies.

“Aerial Humanoid Robotics integrates atmospheric evolution with humanoid robotics.” In doing so, humanoid space robots overcome the lack of air traffic control for aircraft and increase the power of humanoid robots in flight. and logistics, thus providing solutions for payment and disruption, ” the IIT team registered in 2019.

“Humanoid aircraft robots promote atmospheric change to extremely robust and dynamic terrain. In fact, pilots are often represented by quadrotor-powered robots,” Pucci said. IEEE Spectrum. “These robots cannot navigate using natural forces, and they often have difficulty flying in the wind when moving an object, which requires precise adjustment of the space to perform maneuverable tasks. environment, thus making robotic robots easier and more robust. “

“I really believe that humanoid space robots can be used as a bed to test human flying exoskeletons,” he continued. “Richard Browning’s recent success story demonstrates the technical potential of futuristic actuated exoskeletons. However, the journey ahead is still long, and we can use humanoid flying robots to enhance the journey and avoid further human trials.”

Pucci ‘most recent research, Kalman Momentum-based Extra Filter for thrust estimate on Flying Multibody Robots, to be published in the January issue IEEE Robotic Letters and Automation.