Micro-Tugbot for Stanford BDML Research Lab
Created in collaboration with Stanford's Biomimetics and Dexterous Manipulation Lab (BDML), this micro-robot fits within one cubic inch and can drag objects 2,000x its size, like an ant.  The robot is part of a BDML research project to better understand the controllable, directional, and reusable properties of gecko-inspired adhesives. Our findings were recently submitted to the International Conference on Robotics and Automation (ICRA) and are under review.
 
 
My contributions to the project include:
 
~ Programming the micro-robot on an Atmel 328 processor
~ Building custom rotation sensors & signal filters to control      behaviors
~ Designing mechanical components of the robot, including a single degree of freedom winch and clutch transmission that engages/disengages the gecko adhesive
SolidWorks CAD Model:
 
- "Tail" allows robot to prop itself up and minimize friction while walking forward (shown in Purple)
 
- Mount facilitates precise and repeatable installation of motors, and also acts as a mechanical stop that determines the walking and tugging configurations (shown in Red)
Bird's Eye View
Close-Up View
Micro-Tugbot for Stanford BDML Research Lab
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Micro-Tugbot for Stanford BDML Research Lab

This micro-robot fits within one cubic inch and can drag objects 2,000x its size like an ant. The robot is part of a Stanford BDML Lab research p Read More
4
245
0
Published:

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