LimX Dynamics releases Oli, space robotics market set to grow, and more
Daily brief on news from the world of autonomous mobile robots.
Taiwan stakes claim as global robotics hub by leveraging MEMS and AI leadership
Taiwan is accelerating its robotics ambitions through an NT$200 billion AI infrastructure investment to generate NT$15 trillion by 2040, backed by its leadership in MEMS and semiconductor technologies. SEMICON Taiwan 2025 will showcase global experts, including Prof. Hiroshi Ishiguro, highlighting avatar technologies and lifelike robots. Taiwan’s comprehensive MEMS ecosystem, from chip design to edge computing, positions it as a key global partner and innovator for the future robotics era.
Space robotics market set for steady growth, driven by autonomous satellite servicing and deep space expansion
The global space robotics market is expected to reach $5.1 billion in 2025, growing to $8.4 billion by 2035 at a 5 percent CAGR. Market growth is driven by expanding satellite servicing, in-orbit repairs, and deep space missions utilizing robotics with AI, vision processing, and autonomous control. The commercial sector leads demand, and deep space applications will account for over 44% of market share. Robust development is underway despite challenges like harsh space environments and high costs.
Reinforcement learning empowers adaptive robotics, advancing autonomy and industrial innovation
Reinforcement learning (RL) is revolutionizing robotics by enabling robots to learn adaptively through trial and error, driving major advances in grasping, locomotion, navigation, and autonomous assembly. RL’s adoption is fueled by simulation platforms like MuJoCo, Isaac Sim, and OpenAI Gym, supporting rapid, safe training. Top players include OpenAI, DeepMind, Nvidia, Covariant, Boston Dynamics, and Wayve. Challenges remain with data efficiency and safety, but RL’s continued evolution positions it as a foundation for next-generation intelligent, autonomous robots.
Soft artificial muscle actuator transforms small robotics with muscle-like power and efficiency
Scientists have developed a soft elasto-electromagnetic (EEM) actuator that mimics insect muscle, powering autonomous insect-scale robots with record-breaking force, speed, and efficiency. This actuator delivers 210 N/kg force, 60% contraction, and rapid 60 Hz response using less than 4 volts, outperforming many traditional rigid actuators. Its scalable, energy-saving design enables mini robots to crawl, swim, and jump, opening new possibilities in rescue, sensing, and medical robotics.
LimX Dynamics launches modular, full-size humanoid robot Oli to accelerate embodied AI innovation
LimX Dynamics unveiled the LimX Oli, a 165 cm tall, 55 kg full-size humanoid robot with 31 degrees of freedom, modular hardware and software, and support for both two-finger grippers and five-finger hands. Designed for AI research, development, and real-world deployment, Oli offers open SDK access, compatibility with Python and leading simulators, and onboard support for large language models for natural interaction. Starting at $21,800, it is available in Lite, EDU, and Super editions, targeting flexibility, quick iteration, and advanced embodied intelligence.
