Interesting Engineering on MSN
Video: 'Anti-gravity mode' lets China’s humanoid robot survive repeated kicks
Unitree’s G1 robot can take hits, falls, and shoves, then quickly get back on its feet thanks to Anti-Gravity mode.
Australia-based Alloy thinks it can help robotics firms with their data problem: The startup is building data infrastructure ...
Breaking Taps on MSN
How I Attempted to Build a DIY Camera Sensor From Scratch
Building a camera sensor from scratch is no small feat. This project explores how light can be captured and turned into ...
Engineers develop incredible robot that could save lives in disasters: 'Rare but devastating events'
Massive structural damage in the wake of disasters like tornadoes, hurricanes, landslides, and wildfires can make recovering ...
The J15 Max Ultra is Eureka’s most powerful robot vacuum yet, with an impressive 22,000 Pa of maximum suction power. And with ...
BEIJING -- A team of Chinese scientists has managed to combine sensing and steering functions in one grain-sized machine, ...
The Cool Down on MSN
Researchers make incredible breakthrough after building robotic flying bugs: 'Real lightweight and small'
MIT researchers have developed more advanced bug-like robots that could one day pollinate indoor plants. The weight of a ...
Machine-learning models can speed up the discovery of new materials by making predictions and suggesting experiments. But most models today only consider a few specific types of data or variables.
Lean Robotics concluded a standout IFA 2025 showcase (Sept. 5–9) in Berlin, where the xLean TR1 billed as the world's first ...
UnreelByExtreme on MSN
Build a Realistic Robot Spider with Daybarbosa: Complete Guide to Hexapod Construction!
In this video, we take you on a fascinating journey into the world of robotics with the "Create Your Own Robot Spider" guide, featuring insights from robotics enthusiast Daybarbosa. Dive into the ...
The Eureka J15 Max Ultra delivers on the promise of a top-tier robot vacuum with great navigation, hands-off operation, and ...
As robots transition from industrial settings to human-centric environments—such as homes, clinics, and classrooms—their ability to perceive and respond to ...
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