Here's another amazing robot at EPFL: Mori3. This modular, origami-like robot can change its size, shape and function. Thanks to this versatility, it can perform a wide range of tasks. @robotician@RRL_EPFL@EPFLEngineering
https://t.co/BiHx9zDofb
https://t.co/sL6LMZT1Wu
Exciting news! Our robot, Mori3, is featured in @NatMachIntell! Its triangular modules connect automatically, allowing it to transform into an arm, quadruped, rolling tire, or variable surface. Perfect for unpredictable tasks in hard-to-reach places like #space 🚀. @robotician
New video - Robotics Research 2020. We have taken the time to make a new summary video of our lab’s research efforts 🤖 Watch it here: https://t.co/YovfbxvnZW 📽 @EPFL_en@robotician#Robotics
Chris successfully defended his thesis yesterday. We would like to share a picture from this great moment including him and his honorable jury members Prof. Støy, Prof. Ijspeert, Prof. Dai, Prof. Paik, and Prof. Dillenbourg. @kstoy73@BIOROB_EPFL@robotician@dillenbo
We have developed a new coupling mechanism for our modular origami robot Mori with some interesting new features. Watch the video here https://t.co/oLVE65S3ly or read the article in the IEEE/ASME Transactions on Mechatronics https://t.co/jddF7xVBw9 #EPFL#RRL#Mori
Our article on the first ever modular origami robot has been the most popular TMech paper 6 months in a row (and counting): https://t.co/pK5iukF7UM Watch the video here: https://t.co/wmEoeDTq9U More to follow soon! #RRL#EPFL#robots#origami#modular#tech#robotics#research
Tonight at Octanis we will be talking about Modularity and Reconfigurability in Robotics!
https://t.co/77yzIR5P76
The @RRL_EPFL focuses on creating robots that can change their shape and function depending on the task and environment at hand.
@robotician#EPFLevents#robotics