Design and simulate soft robots inspired by MIT CSAIL research. Explore pneumatic actuators, silicone elastomers, and bio-inspired locomotion. Create robots that can safely interact with humans and delicate environments.
Robot fabriqué principalement à partir de matériaux flexibles et déformables
Actuator
Composant qui crée du mouvement
Pneumatic
Alimenté par de l'air comprimé
Elastomer
Matériau semblable à du caoutchouc qui peut s'étirer et revenir
PneuNet
Réseau pneumatique - canaux en matériau souple
ShoreHardness
Mesure de la douceur du matériau
Biomimicry
Copier des dessins à partir de la nature
Proprioception
Détecter la position de son corps
💬 Message aux apprenants
{'encouragement': 'Soft robotics is one of the most exciting frontiers in engineering. These robots can go where rigid robots cannot and interact safely with humans.', 'action': 'Design your own soft gripper. Experiment with different actuator pressures. Watch how changing the material affects behavior.', 'dream': 'A student in Kenya might design a soft robot for agriculture. An engineer in Brazil might create wearable assistive devices. The future of robotics is soft!', 'wiaVision': 'WIA believes everyone should experience cutting-edge robotics research. Soft robots represent a paradigm shift in how we think about machines.'}