This Quadruped Robot Can Run Persistently Once Launched
Rahul Kalvapalle — August 30, 2023 — Tech
References: actu.epfl.ch & newatlas
Mickael Achkar, a robotics student working out of the EPFL institute over in Switzerland, has launched an innovative new robotic dog that eschews the need for motors to run, thanks to its unique ability to persist with running motions once it has been unleashed.
This particular robotic dog makes use of four legs that have a trio of joints each, with the robotic bones made with rods, polymer pulleys functioning as joints and steel cables doing the work of tendons.
Achkar noted that the goal of innovating this particular robotic dog wasn't to compete with the growing legions of exceptionally futuristic quadruped robots already out there, but rather to expand on knowledge and innovation in the realm of bio-inspired robotics. "This entails honing a robot’s fundamental design and modifying its passive proprieties so that only simple control systems are needed – all while maximizing the robot’s capabilities," Achkar noted.
Image Credit: Alain Herzog/EPFL
This particular robotic dog makes use of four legs that have a trio of joints each, with the robotic bones made with rods, polymer pulleys functioning as joints and steel cables doing the work of tendons.
Achkar noted that the goal of innovating this particular robotic dog wasn't to compete with the growing legions of exceptionally futuristic quadruped robots already out there, but rather to expand on knowledge and innovation in the realm of bio-inspired robotics. "This entails honing a robot’s fundamental design and modifying its passive proprieties so that only simple control systems are needed – all while maximizing the robot’s capabilities," Achkar noted.
Image Credit: Alain Herzog/EPFL
Trend Themes
1. Persistently-running Robotic Dogs - The innovative ability of these robotic dogs to run persistently once launched presents disruptive innovation opportunities in the field of mobile robotics.
2. Bio-inspired Robotics - Advancements in bio-inspired robotics, exemplified by the quadruped robotic dog, create disruptive innovation opportunities to enhance the capabilities and design of future robotic systems.
3. Simplified Control Systems - The development of robotic dogs with simplified control systems offers disruptive innovation opportunities to streamline the control mechanisms in various robotic applications.
Industry Implications
1. Robotics - The field of robotics can leverage the persistently-running robotic dogs to explore new avenues of mobility and design.
2. Mechanical Engineering - Mechanical engineering can benefit from advancements in bio-inspired robotics to create innovative solutions for complex motions and structures.
3. Automation - The simplified control systems found in robotic dogs have the potential to revolutionize automation processes across industries.
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