Today in Robotics — Thursday, October 1, 2026
Hands are the theme of the morning, with Boston Dynamics rethinking Atlas's grip for the factory floor while sensing suppliers line up to give humanoids a better sense of touch. Elsewhere, bio-inspiration is having a moment—maple seeds, deep-sea fish—and the business of keeping unwanted drones out of the sky keeps attracting capital.
- 01 Boston Dynamics drops pinkie on new humanoid hand
Engineers taping their own fingers together to feel what they lose is a refreshingly hands-on way to justify a new humanoid hand design.
Read at source ↗ - 02 Precision In Motion. Vishay Precision Group, Inc. (VPG) to Showcase Custom Sensing Capabilities for Humanoid Robotics at RoboBusiness 2026
As humanoids leave the lab for shared spaces, suppliers like VPG betting on precise physical feedback signals where the real integration work lies.
Read at source ↗ - 03 Atlas Robot’s New Hand May Outperform Human-Like Designs
Atlas trades its superhuman three-fingered party tricks for a hand built to be manufactured at scale—a telling shift from demos toward deployment.
Read at source ↗ - 04 Fortem lands $50 million as demand for counter-drone tech surges
Fortem's $50 million raise underscores how detecting and stopping unauthorized aircraft has become a serious and well-funded corner of airspace security.
Read at source ↗ - 05 New robot falls like a maple seed then sails like a boat once it hits water
A robot that autorotates down like a maple seed then sails off as a boat is a clever answer to monitoring hard-to-reach waters.
Read at source ↗ - 06 Deep-sea ‘doomsday fish’ could inspire the next generation of stealth submarines
Cornell's look at the elusive deep-sea oarfish hints at quieter, stealthier designs for underwater monitoring robots.
Read at source ↗ - 07 MindOn’s new Mind-1 model brings human-speed execution to robots
MindOn's Mind-1 targets human-speed execution for everyday tasks, a reminder that physical AI still has to close the gap between planning and doing.
Read at source ↗ - 08 Robots approaching from behind are perceived as moving faster, experiments reveal
Finding that robots approaching from behind feel faster than they are is useful perception insight for anyone designing machines to share human spaces safely.
Read at source ↗
The RobotCafe digest — five minutes, the whole field.