National Defense University has developed a new type of 1.2 kg micro robot that is capable of performing agile maneuvers and navigating through complex environments. This innovation was announced on March 22, 2026, during a presentation at the Natural conference, where the university introduced its latest advancements in robotics technology.
The robot, named PLioBot, is a lightweight machine weighing just 1.2 kg, designed for various terrains including uneven surfaces, sandy areas, and rocky environments. It can carry a payload of up to 1.4 kg and is capable of executing tasks along an L-shaped trajectory while maintaining agility and stability.
The design of this robot employs a modular approach, allowing for easy replacement of components. The robot integrates multiple layers of materials, using ceramic as a structural component, carbon fiber as a reinforcement, and various polymers for flexibility. This innovative combination enables it to navigate obstacles effectively and perform its tasks efficiently.
In terms of performance, PLioBot can achieve speeds of up to 44.6 m/s, which translates to a stride length of approximately 17.8 times its body length. The robot is also capable of performing sharp turns and adjusting its movements based on sensor feedback, demonstrating versatility in different environments.
During testing, the robot successfully maneuvered across various surfaces, including icy and sandy terrains, with an impressive maximum tilt of 12 degrees. It operates efficiently at a payload of 1.4 kg, with a speed of 8.56 m/s over a distance of 16 meters.
In addition to its physical capabilities, PLioBot utilizes advanced sensor technology to enhance its navigation and control systems. The robot can perform real-time adjustments in response to environmental changes, making it suitable for a range of applications.
Currently, the robot is powered through wired connections, with plans to develop a battery-powered version for autonomous operation. Future enhancements will focus on integrating high-efficiency circuits to allow for self-sustained movement without the need for external power sources.
The development team at National Defense University believes that the modular design and production methods of this robot can be applied to the development of similar robotic systems, expanding its use in various applications.
For more detailed information about this technology and its applications, please visit this link.
Original article by NenPower, If reposted, please credit the source: https://nenpower.com/blog/new-breakthrough-in-robotics-national-university-unveils-1-2-meter-pliobot-capable-of-complex-movements/
