Soft robotics is redefining what robots can do. At Stanford, researchers built a pneumatic soft robot that doesn’t walk or drive — it grows, reshapes, and rolls.  Key highlights: • It’s untethered — it doesn’t need an external air source once deployed.  • It uses isoperimetric design: same internal air volume, but joints shift and edges reconfigure to change shape.  • It can roll, engulf objects, and morph from 2D to 3D structures.  • An earlier Stanford version was a “vinebot” — a tube that everts (turns inside out) to extend its length.  Why it matters: • Safer around humans because it’s soft and deformable • Useful in tight/confined spaces (search & rescue, exploration) • Opens new design space — robots that morph instead of just actuating rigid joints 🔍 Want a mini breakdown of how pneumatic actuation + shape control works? 👇 Drop a comment. 🔄 Share if you think soft robots are the future. 📌 Save this for your robotics inspo archive. #SoftRobotics #StanfordResea...