5 min read

🤖 Next-Generation Robotic Hands

Plus: Boats Start Building Themselves, Power Grids Hire Humanoids

Good Morning, Roboticists!

After years of robots learning to walk, they finally got assigned homework.



Next-Generation Robotic Hands

TL;DR: 1X unveiled next-generation robotic hands for NEO, giving the home humanoid up to 25 degrees of freedom, tendon-driven actuation, fingertip tactile sensing, and IP68-rated compliance. The announcement arrived alongside Bill Nash's appointment as CFO, as 1X pushes NEO toward consumer shipments. Read more →


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Boats Start Building Themselves

TL;DR: MIT's FloatForm project turns small robotic boats into a swarm that can latch together and reshape itself into floating platforms. Interesting Engineering frames the system as a step toward pop-up docks, event stages, bridges, and waterfront structures that can be assembled, moved, and reconfigured without fixed construction. Read more →


Bird Robots Break The Border

TL;DR: Engineers built a puffin-inspired flapping robot that can swim underwater, burst through the surface, and keep flying through the air. The aerial-aquatic design uses the same wings across both environments, showing how future search, inspection, or environmental robots might move through coastlines without swapping bodies. Read more →


Humanoids Meet Real Weight

TL;DR: Researchers introduced ThorArena, a simulation benchmark that tests whether humanoid robots can handle pushing, pulling, carrying, wiping, and other force-heavy tasks. Instead of rewarding empty-room walking, the benchmark measures balance and control under real interaction loads, giving robot makers a harder yardstick for factory work. Read more →


Berry Bots Find Capital

TL;DR: Fieldwork Robotics secured new investment from SEED Innovations to accelerate commercial deployment of its autonomous raspberry-harvesting robots. The funding targets a stubborn farm-labor problem: picking delicate berries fast enough without crushing them, while giving growers a more scalable path from trial rows to working harvest fleets. Read more →


Ocean Robots Get A Range

TL;DR: Plymouth's new subsea autonomy test range completed its first multi-robot demonstration, bringing autonomous marine systems and underwater communications into a shared trial environment. The project gives developers a controlled place to test cooperative underwater vehicles before they are asked to inspect infrastructure, map seabeds, or work in rougher operational waters. Read more →


Machining Skips The Pain

TL;DR: RoboDK unveiled CAD-to-robot CAM software designed to shorten robotic machining deployment by up to 40 percent. The tool moves more of the path-planning work from manual robot programming into a digital workflow, helping shops turn CAD files into robot motions faster for cutting, trimming, sanding, and similar tasks. Read more →


Safety Leaves The Cage

TL;DR: FORT Robotics expanded its Trust Layer for Physical AI with Nvidia Halos, adding an Outside-In Safety approach for robots working around people. The system focuses on external perception, control, and safety monitoring, aiming to make mobile machines and humanoids safer beyond fenced industrial cells where old guarding no longer fits. Read more →


Hybrid Arms Chase Scale

TL;DR: Cognibotics secured EUR 6.5 million in European Innovation Council funding to commercialize its HKM1800 hybrid industrial robot platform. The company is targeting logistics and manufacturing jobs that need long reach, stiffness, and flexible motion, positioning the funding as a push from specialized robotics engineering into broader factory deployment. Read more →


Power Grids Hire Humanoids

TL;DR: UBTECH and Shenhao Technology signed a strategic partnership to deploy humanoid robots in power-sector operations, including substations and distribution rooms. Gasgoo says the robots are expected to climb stairs, move through narrow passages, inspect equipment, detect defects, and handle risky tasks near live electrical systems. Read more →


Welding Learns The Hard Part

TL;DR: Path Robotics CEO Andy Lonsberry explained how the company uses AI to optimize robotic welding, while UC San Diego professor Michael Yip discussed robot learning. The report frames welding as a perception-and-adaptation problem, where robots must understand variation in real parts rather than simply replay programmed paths. Read more →


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