The Toyota CUE7 is a humanoid robot developed for research purposes. Specifically, it is designed to demonstrate precise motion and perception through advanced basketball shooting tasks, symbolizing a breakthrough in precision movement technology. The CUE7 builds on earlier versions, highlighting Toyota’s focus on agility and consistent performance. This robot’s primary functionality revolves around completing complex…
The OpenDroids DH116 is a highly adaptable humanoid robotic hand designed to execute precise object manipulation in various applications of robotics and research. This hand is engineered with the power of 30kg strength and the lightness of a 0.49kg body. Equipped with 5 fingers that collectively possess 11 degrees of freedom, it is built to…
The Futuring 2 is a state-of-the-art humanoid robot designed for use in both industrial and service settings. This advanced bot infuses exceptional mobility, accuracy, and AI-driven interaction for real-world applications. With a focus on practicality, this robot is built for smooth, intelligent interactions and can easily blend into various everyday environments like warehouses, laboratories, and…
Free interactive platform evaluates 40 AI models across 10 capability dimensions, giving the robotics industry its first standardized way to compare the brains powering humanoid robots STAVANGER, Norway, April 14, 2026 – Today, we launched the Humanoid Foundation Model Benchmark – a free, publicly accessible rating and comparison system that evaluates the 40 most significant…
The Xiaomi CyberOne V2 is a top-tier humanoid robot that is designed to understand and respond to human emotions and environmental cues. The prototype robot prominently features intelligent perception capacity, allowing it to have balanced, natural movements and interactions. It comes with an advanced 3D spatial vision system, which aids its interaction capabilities, managed by…
The Allegro Hand V5 by Wonik Robotics is a high-performance dexterous robotic hand built on a streamlined 9-DOF (Degrees of Freedom) three-finger structure. It provides advanced manipulation capabilities for various robotic systems in both research and industry. With 16 actively controlled joints across its four fingers, this robotic hand allows for stable and precise grasping…
1X and EQT plan to deploy up to 10,000 Neo humanoid robots across industries, marking a major step in scaling human centric robotics systems.
Unitree Robotics reports its H1 humanoid robot achieved a sprint speed of about 10 m/s, approaching elite human performance benchmarks in controlled testing.
The VH-HA-18T2 is a humanoid robotic hand, developed by China-based Vizum / ViHero. It is specifically designed to create natural movement, precise grasping, and is easily integrated into existing robotic systems. Due to its lightweight and compact build, it is perfect for precise, light industrial tasks, and research applications. The realization of this hand mimics…
Unitree’s R1 humanoid robot enters global markets at under $5,000, signaling a new phase of accessibility for developers and early adopters.
