A team of researchers at the Institute of Robotics and Artificial Intelligence was able to develop a unique robot, characterized by its design similar to a bicycle. This robot is able to move very quickly while maintaining its balance and avoiding obstacles effectively, which represents an important step towards enhancing the capabilities of robots to navigate within complex environments.
The new robot is called “Ultra Mobility Vehicle (UMV),” and it was designed to mimic the human balance mechanism while riding a bike. This feature allows it to move on two wheels while maintaining stability even at high speeds.
According to a study published on the scientific research server arXiv, the robot relies on advanced control algorithms and artificial intelligence techniques to constantly analyze its surrounding environment. It also uses a set of sensors and advanced computing systems to detect potential obstacles and adjust its path, speed and balance in real time to avoid a collision.
In addition, the robot has the ability to perform dynamic movements such as “quick turns and jumps” to overcome obstacles that may hinder the movement of traditional wheeled robots, which enables it to continue moving without stopping.
The researchers expect that this technology will find future applications in diverse fields such as “search and rescue operations, disaster response, infrastructure inspection, and automated delivery operations,” especially in dangerous or difficult-to-reach places.
This innovation reflects a growing trend in robotics research towards designing machines that mimic human or animal movements, with the aim of developing faster robots that are more able to adapt to real environments.
