Watch: 3D-Printed Robot Demonstrates Escape Skills

Quick Summary

• A 3D-printed robot developed by the University of California San Diego uses compressed gas to walk without electronics. it costs approximately $20 to manufacture and is made from a single material using an affordable desktop printer.(Video link)
• Additional robotics videos include soft robotic actuators, humanoid robots with complex locomotion styles, cooking robots, autonomous systems designed for specific tasks like unloading trailer boxes, and quadrupeds powered by biomechanical designs.These technologies are created by institutions such as Georgia Tech, Boston Dynamics, Delft University, and UC Berkeley among others.
• various robotics events scheduled for 2025 were announced across global venues such as Lausanne (RoboSoft), Atlanta (ICRA), Geneva (ETH Robotics Summer School), and Paris (IFAC Symposium).

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Indian Opinion Analysis

The potential use of cost-efficient yet sophisticated robots like the 3D-printed prototype highlights an crucial avenue for technological innovation in India. India’s burgeoning manufacturing sector could benefit immensely from adopting scalable robotics solutions that align with affordability goals-a priority in industries reliant on mass production. Further integration of soft-actuated medical devices or automation in logistics mirrors India’s growing emphasis on health tech and supply chain efficiency.

From an educational outlook, fostering participation in global research events like RoboSoft or ICRA would fortify India’s position within the fast-evolving robotics domain. In conjunction with existing programs like Make in India or Skill India initiatives aimed at developing advanced technical manpower domestically-these breakthroughs offer tangible models where grassroots applicability meets higher industrial aspirations.