The Faboratory at Yale University @[email protected]
835 subscribers - no pronouns :c
The Yale Faboratory researches new and innovative ways to ma
05:59
Grand Challenges for Burrowing Soft Robots
02:08
Overview of stretchable Arduinos embedded in soft robots
01:18
Bilige Yang et al. Self-Amputating and Interfusing Machines: Crawler Demo
00:48
Bilige Yang et al. Self-Amputating and Interfusing Machines: Quadruped Demo
00:25
Dynamic hand proprioception via a wearable glove with fabric sensors
00:58
An Electromagnetic Soft Robot that Carries its Own Magnet
01:45
RoboSoft 2021 Plenary Announcement
01:01
Cambridge Soft Hover - RoboSoft 2020
00:59
Agile and Soft Tele-controlled RObot (ASTRO) - RoboSoft 2020
01:05
GourmetGrip - RoboSoft 2020
00:59
Untethered Electro-Pneumatic Soft Exosuit for Gait Assistance with Foot Drop - RoboSoft 2020
01:01
Compliant Artificial Muscle Actuated Grasper - RoboSoft 2020
01:00
Twisted String Actuator-powered Biomimetic Robotic Assistive Glove - RoboSoft 2020
01:01
Hybrid Soft Exoskeleton Glove with a Telescopic Extra Thumb, Abduction Capabilities - RoboSoft 2020
01:00
Four-limb motor-tendon actuated soft robot - RoboSoft 2020
05:01
Planar Spine
01:36
A Soft Parallel Kinematic Mechanism
03:42
Learning Robotic Skins
04:37
Carbon Emulsion Sensors
00:51
Hydrogel Actuators
00:27
All-Soft Material System for Strong Soft Actuators
02:39
Liquid Metal Switches for Environmentally Responsive Electronics
07:56
Addressable, Stretchable Silicone Heating Sheets
05:06
Unidirectionally Stretchable Composite Laminae
00:56
OmniSkins: Manipulating the Inanimate
02:59
Fields Metal Silicone Supplemental Video
01:01
Variable Stiffness Limb Morphing Sequence
01:57
Variable Stiffness Morphing Limb
02:27
Morphing Robots Using Robotic Skins That Sculpt Clay
04:43
Manufacturing process of VoxelBots
02:35
Scalable Sim-to-Real Transfer of Soft Robot Designs
01:24
Active Robotic Skin
02:04
Direct Writing with Liquid Metal
00:40
Wearable Sensing Sleeve Controls Robotic Arm
00:38
Wearable Sensing Sleeve
X
About
The Yale Faboratory researches new and innovative ways to make things. The natural world is filled with soft, robust, and conformable mechanisms capable of stably and safely interacting with their environment. However, the machines and electronics that we build today are most often constructed from rigid components. In the Yale Faboratory, we build mechanisms and systems that exploit the properties of soft materials, such as extreme deformability and responsiveness to external stimuli.
Tags