SOFA ↗
An interactive finite-element simulation framework for deformable systems, contact, medical simulation, and soft robotics.
An interactive finite-element simulation framework for deformable systems, contact, medical simulation, and soft robotics.
SOFA components and examples for soft robot actuation, simulation, and hardware communication.
A Python library for simulating slender flexible structures and assemblies using Cosserat rod theory.
A MATLAB toolkit for soft robot design, modelling, and control.
A benchmark for jointly optimizing soft robot morphology and control across locomotion and manipulation tasks.
Learning and evaluation environments for manipulating deformable objects, including cloth, ropes, and fluids.
A general robotics engine for dynamics, contact, control, and learning research.
Tools for robot modelling, dynamics, optimization, and control.
A robotics software ecosystem for communication, device integration, drivers, and development tools.
Tools for robot data collection, imitation learning, policy training, and deployment.
A Python-embedded programming language for high-performance numerical computation and custom physics simulation.
Multichannel electronics for controlling solenoid and proportional valves in pneumatic soft robots.
Printable robot arm designs for teleoperation and robot learning, with LeRobot integration.
A robot arm platform with manufacturable CAD assets for manipulation, contact interaction, and robot learning.
A bimanual teleoperation and demonstration collection system with control code and hardware assembly tutorials.
A modular pneumatic development platform with pumps, valves, Bluetooth control, and Arduino and JavaScript interfaces.
Robot hand designs for rapid fabrication, including underactuated and compliant grasping mechanisms.
A compact vision-based tactile sensor with published manufacturing and assembly designs.
A vision-based tactile finger for research on contact shape, force, and slip sensing.
Tutorials and shared resources for soft robot design, fabrication, modelling, characterization, and control.
A MATLAB toolbox for modeling soft, rigid, and hybrid robotic systems.
No matching tools or projects.