I Printed a Microchip That Runs on Air — A Nervous System for Squishy Robots!
13:54
YouTubesoiboi soft
I Printed a Microchip That Runs on Air — A Nervous System for Squishy Robots!
A microchip that runs on air instead of electricity: 3D-printed logic circuits that power walking soft robots. First we build air transistors and resistors, then combine them into a logic gate, and finally chain them into a 5-stage ring oscillator. The result? A circuit that doesn’t just compute… it walks! A first step toward a nervous ...
155.7K views2 months ago
Biorobotics Applications
Field Applications of BioRobotics with Kamilo Melo Featuring DYNAMIXELs
Field Applications of BioRobotics with Kamilo Melo Featuring DYNAMIXELs
YouTubeROBOTIS US
187 viewsSep 21, 2022
Bio-Robotics Nature's Blueprint for the Future - Prof. Auke Ijspeert : EPFL Biorobotics Laboratory
40:05
Bio-Robotics Nature's Blueprint for the Future - Prof. Auke Ijspeert : EPFL Biorobotics Laboratory
YouTubeOnes Changing The World -
1.5K viewsNov 17, 2024
MOGrip: Gripper for Multi-Object Grasping in Pick-and-Place Tasks via Translational Finger Movements
2:34
MOGrip: Gripper for Multi-Object Grasping in Pick-and-Place Tasks via Translational Finger Movements
YouTubeSNU BioRobotics Lab
4.2K views1 year ago
Top videos
What is Aquablation Therapy?
3:42
What is Aquablation Therapy?
YouTubeGreater Boston Urology
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HYDROS™ Robotic System - Aquablation® Therapy Animation
2:44
HYDROS™ Robotic System - Aquablation® Therapy Animation
YouTubePROCEPT BioRobotics
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Aquablation® Therapy & AI: Personalized BPH Treatment
0:22
Aquablation® Therapy & AI: Personalized BPH Treatment
YouTubePROCEPT BioRobotics
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Biorobotics Projects
From the Biorobotics Lab at Carnegie Mellon University, a snake robot (Snakebot) demonstrates how it can climb a tree and look around.⁠ ⁠ Project by: CMU Robotics ⁠ Source: CMU Robotics via Youtube Channel⁠ If you are the copyright owner of this video and would not like to have this content featured on this channel, direct message us to have us remove it. ⁠ #tech #future #progress #robotics #design #research #engineering #gripper #engineering #research #engineer #MIT #innovation | Wevolver.com
From the Biorobotics Lab at Carnegie Mellon University, a snake robot (Snakebot) demonstrates how it can climb a tree and look around.⁠ ⁠ Project by: CMU Robotics ⁠ Source: CMU Robotics via Youtube Channel⁠ If you are the copyright owner of this video and would not like to have this content featured on this channel, direct message us to have us remove it. ⁠ #tech #future #progress #robotics #design #research #engineering #gripper #engineering #research #engineer #MIT #innovation | Wevolver.com
FacebookWevolver.com
41.8K viewsNov 5, 2019
#06 bio-inspired robotics|biomimicking |5 minutes project
2:56
#06 bio-inspired robotics|biomimicking |5 minutes project
YouTubeembedded systems
1.1K viewsJun 27, 2019
Bioinspired Robotics: Smarter, Softer, Safer
6:24
Bioinspired Robotics: Smarter, Softer, Safer
YouTubeHarvard University
53.7K viewsAug 27, 2015