The University of Bielefeld and the Leibniz Institute of Polymer Research, Dresden, have collaboratively designed and developed a spider-like, sleek robot called Hector or Hexapod Cognitive autonomously Operating Robot.
The control mechanism of Hector is based on the intelligence principle of insect brains. The mechanical insect contains a very light exoskeleton similar to an insect, which is made of carbon-fiber reinforced plastic shells. In order to make Hector more functional, the researchers have installed biologically inspired elastic joint drives, enabling the robot to execute essential tasks with ease.
The advanced and futuristic robot Hector is a part of the EU's special project, Embodied Motion Intelligence for Cognitive, Autonomous Robots, which is designed to be used in research and study the advanced autonomous walking in some selected labs in Europe.
Mechanical Insects
The University of Bielefeld's Hector is a Mechanical Crawler
Trend Themes
1. Mechanical Insects - Opportunity for developing intelligent robots with exoskeletons and elastic joint drives inspired by insect biology.
2. Cognitive Autonomy - Disruptive innovation opportunity to create robots with insect-like intelligence for autonomous operation.
3. Embodied Motion Intelligence - Potential for advancing research in autonomous walking by developing robots based on embodied motion intelligence.
Industry Implications
1. Robotics - Robots with insect-inspired designs and cognitive autonomy can revolutionize industries such as manufacturing, agriculture, and healthcare.
2. Materials Science - Developing lightweight and durable materials, like carbon-fiber reinforced plastic shells, can benefit industries like aerospace, automotive, and consumer electronics.
3. Research and Development - Investing in the development of advanced robotic technologies can drive innovation in various sectors such as academia, defense, and entertainment.