UBTECH secures $1B to expand in Middle East, MIT unveils bee-like robot and more
Daily brief on news from the world of autonomous mobile robots.
UBTECH Robotics secures $1B to expand Middle East humanoid production
UBTECH Robotics obtained a $1 billion credit line from Infini Capital to build a “superfactory” and R&D center in the Middle East, aiming to expand its leadership in humanoid robotics, according to The Robot Report. With sales rising by 27.5% in H1 2025 and losses shrinking, UBTECH partners with major automakers and faces competitors like Boston Dynamics. Infini Capital acquired a 5% UBTECH stake to support rapid growth.
Recirculate debuts AI-powered robotic system for EV battery disassembly
The EU-funded Recirculate project developed an advanced robotic disassembly system for EV batteries, using AI and machine learning to automate pack-to-cell dismantling, Robotics & Automation News reports. Led by Centria University, the system employs a Kuka industrial robot and custom tools to detect, unscrew, and remove components with precise 3D localization. It identifies batteries by type—even without barcodes—and chooses the correct program, marking a major step from academic research to industrial application.
Xpanner launches X1 Kit to accelerate construction automation
Xpanner introduced its X1 Kit, a scalable physical AI retrofitting system for construction sites, according to a press release from the company. The kit allows any machinery to be quickly automated, helping address labor shortages and safety concerns while boosting efficiency by over 50%. X1 can automate complex tasks like pile driving, reducing labor by 80% and operation time by half. The solution transforms existing machines into intelligent, software-defined equipment, ready for field deployment.
Scientists create first 6G chip with 100 Gbps speed
Chinese researchers announced the world’s first all-frequency 6G chip, enabling mobile internet speeds over 100 Gbps, Tech Xplore reports. The chip operates across 0.5–115 GHz, replacing nine separate radio systems, and uses thin-film lithium niobate to shrink key wireless components onto a thumbnail-sized device. While commercial 6G is expected around 2030, the invention marks a major step towards ultra-fast, AI-driven wireless networks.
MIT unveils bee-like robot that flips, hovers, and could pollinate on Mars
MIT scientists developed a robotic bee lighter than a paperclip, able to flap its wings 400 times per second, flip, hover, and reach speeds of two meters per second. Designed for hard-to-reach environments, the robot aims to support pollination in places like warehouse farms and potentially on other planets. MIT’s team is also working on a grasshopper robot, offering innovative solutions for future agriculture and rescue missions.
