MIT Cheetah runs at 22 km/h, gait transition from trot to gallop | MIT Biomimetics Robotics Lab

curated by John Payne | May 22, 2013

No IMU, No Force Sensor, No Mechanical Spring, No Mechanical Damper Stand-alone system except for 4 22.2V Li-Po Batteries but replaced by 3kg dummy mass at 2

John Payne‘s insight:

While not yet as fast as the Boston Dynamics Cheetah Robot, MIT’s Cheetah is more anatomically correct, and does a better job of emulating the movement of a real cheetah.

See on www.youtube.com

-->

permalink

republishing guidelines

Other articles on similar topics:

Michael Kaess: Factor Graphs for Robot Perception | CMU RI Seminar

Multi-joint, personalized soft exosuit breaks new ground

Machine-learning system tackles speech and object recognition, all at once

First results of the ROSIN project: Robotics Open-Source Software for Industry

Artificial Intelligence and Data Analysis in Salesforce Analytics

more about ..

comments powered by Disqus

Research & Innovation Business & Finance Health & Medicine Politics, Law & Society Arts & Entertainment Education & DIY Events Military & Defense Exploration & Mining Mapping & Surveillance Enviro. & Agriculture Aerial Automotive Industrial Automation Consumer & Household Space

podcast

Artificial Intelligence and Data Analysis in Salesforce Analytics
September 17, 2018

A dedicated jobs board for the global robotics community.

Assistant Professors of Mechanical Engineering (Tenure-Track) - Louisiana State University

Robotic Engineering Leader - Confidential

find more jobs

Are you planning to crowdfund your robot startup?

Need help spreading the word?

Join the Robohub crowdfunding page and increase the visibility of your campaign

≡

≡

Reported elsewhere