4 min read

🤖 Soft Robots Need a Heart

Plus: Homes Meet Their Mess, Everest Tests a Humanoid

Good Morning, Roboticists!

The useful question is getting sharper: can these systems keep working when the world stops holding still?


Soft Robots Need a Heart

TL;DR: University of Bristol researchers developed LIMA, a pea-sized soft pump that weighs about 0.2 grams and runs below 0.1 volts. By using a liquid metal droplet and magnetic forces to move fluid, it could replace bulky rigid pumps that keep many soft robots tethered, limited, or too cumbersome for real deployment. Read more →


Homes Meet Their Mess

TL;DR: Weave Robotics publicly showed Isaac 1 in San Francisco, moving from its stationary laundry-focused Isaac 0 to a wheeled home robot built for tidying. Early footage shows the soft green machine finding scattered objects and placing them in a basket, pushing Weave from narrow appliance work toward the messier reality of domestic help. Read more →


Everest Tests a Humanoid

TL;DR: Project Pemba is using a Unitree G1 humanoid for high-altitude climbing trials, including a reported Mount Chimborazo test before a planned Everest push. The effort turns a humanoid into a cold-weather mobility experiment, asking whether compact legged robots can handle thin air, unstable ground, and expedition logistics outside polished lab floors. Read more →


Physical AI Starts Shipping

TL;DR: Teradyne Robotics used Automate 2026 to show production-ready physical AI applications across Universal Robots and Mobile Industrial Robots. The demos frame AI less as a lab concept and more as a sellable factory layer, with cobots and AMRs handling practical workflows that manufacturers can test, deploy, and scale now. Read more →


Table Tennis Raises the Bar

TL;DR: Sony AI’s table tennis robot is becoming a physical AI benchmark, where fast perception, prediction, motion planning, and human interaction all collide in real time. The project shows why sport can matter for robotics: the ball is unforgiving, the opponent keeps adapting, and success demands more than scripted motion. Read more →


Inspection Robots Go Offshore

TL;DR: Dietsmann is showcasing robotics-driven maintenance in Africa with Taurob inspection robots designed for harsh industrial sites, from oil platforms to power plants. The machines are built to collect data and inspect risky infrastructure where human access is expensive or dangerous, turning routine maintenance into a more autonomous field operation. Read more →


Chess Pieces Start Walking

TL;DR: A maker project called MiniBots turns individual chess pieces into tiny mobile robots, each built around an ESP32-C3 board, miniature stepper motors, a magnetometer, and a small LiPo battery. The open hardware design still has firmware and charging issues, but it reframes self-playing chess as a swarm robotics problem. Read more →


Warehouse Arms Gain Backing

TL;DR: Rainbow Robotics’ RB-Y1 dual-arm robot is headed into logistics tests with Coupang, backed by Samsung’s growing robotics ambitions. The platform is designed for manipulation-heavy warehouse work, where two arms, mobile deployment, and industrial partnerships could help Korea’s humanoid sector move beyond demos into repetitive fulfillment tasks. Read more →


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