Soft Robotics (ADVANCED@MIT)

Video

Sebastian Park
1 / 1

Roadba Video

Annika Cunningham
1 / 2
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LELELELELLELELELELLELLELLELE

Arm

Michael Bell

Fishing Fish video

Reed Miller
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fish movie.mp4

Fishing Fish

Reed Miller
1 / 11

Presssssssssss

Ludwig Tay
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lolololololololol

Video

Ludwig Tay
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Climbing Soft Sloth Final

Sebastian Park
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Hi I'm Christina and I'm Sebastian, and this is the Climbing Soft Sloth. 

Sometimes you lose your belongings in trees or need to reach the top for research but they have very jagged geometry with no branches. Regular robots may injure the tree or may break, and people may not be able to climb the tree.

We decided to create a sloth-like soft robot that can adapt to the shape of a tree and can climb up it with artificial muscles.

[next slide]

We were inspired by multiple animals, and we based our movement design on the motion of a sloth and the spine motion of an inchworm.

We also based our hands off the specific design of the FESTO fish tail gripper, which is basically a flexible structure that adapts to the shape of what it's pushed against. [quote from FESTO.]

This is a digital version of one of our first sketches. You can see that these are the fish tail grippers, these are the arm muscles, and this is the spine. [point to each body part]

These are the iterations of our robot. You can see that we started out with a cardboard model to give a preview of the shape of the robot.

This is the first iteration of our spine with the muscle balloon.

This is a picture of our spine and hips with space for the arms,

and this is a picture of the final sloth product.

Here are some pictures of our final.

Thank you!


Internet Images from:

http://www.jumpintoabook.com/wp-content/uploads/2013/05/Inch-worm.jpg

http://i.imgur.com/2Gu3ArE.jpg

https://www.festo.com.cn/net/sl_si/SupportPortal/Downloads/234224/147022_1/CC_07_12_DHDG.jpg

Final Project

Annika Cunningham and 2 OthersMichael Bell
Joey Huang
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