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Caltech and TII Launch X1: The Ultimate Multirobot Response Team Caltech's Center for Autonomous Systems and Technologies (CAST) and Abu Dhabi's Technology Innovation Institute (TII) have unveiled X1, which they dub the world's first multirobot system integrating a humanoid and a transforming drone. The core idea is simple: combine...

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Researchers at Caltech have built a bipedal robot that combines walking with flying to create a new type of locomotion, making it exceptionally nimble and capable of complex movements. Part walking robot, part flying drone, LEONARDO (short for LEgs ONboARD drOne, or LEO for short) can walk a slackline, hop, and even ride a skateboard. Developed by a team at Caltech's Center for Autonomous Systems and Technologies (CAST), LEO is the first robot that uses multi-joint legs and propeller-based thrusters to achieve a fine degree of control over its balance. Video Credit: Caltech #robots #robotics #engineering #caltech -------------------------------- Stay ahead of the curve! Follow us now on our WhatsApp ( and Telegram ( channels and stay updated about the cutting edge.
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Researchers at Caltech have built a bipedal robot that combines walking with flying to create a new type of locomotion, making it exceptionally nimble and capable of complex movements. Part walking robot, part flying drone, LEONARDO (short for LEgs ONboARD drOne, or LEO for short) can walk a slackline, hop, and even ride a skateboard. Developed by a team at Caltech's Center for Autonomous Systems and Technologies (CAST), LEO is the first robot that uses multi-joint legs and propeller-based thrusters to achieve a fine degree of control over its balance. Video Credit: Caltech #robots #robotics #engineering #caltech -------------------------------- Stay ahead of the curve! Follow us now on our WhatsApp ( and Telegram ( channels and stay updated about the cutting edge.

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In our latest video, we completely disassemble the Unitree G1 humanoid robot, taking an in depth look at its engineering and design. We analyze the robot's actuators, motors, and thermal management systems to understand how Unitree balances performance, cost, and manufacturability. A special thanks to Humanoid Scott for joining the conversation and sharing his insights.
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In our latest video, we completely disassemble the Unitree G1 humanoid robot, taking an in depth look at its engineering and design. We analyze the robot's actuators, motors, and thermal management systems to understand how Unitree balances performance, cost, and manufacturability. A special thanks to Humanoid Scott for joining the conversation and sharing his insights.

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Researchers developed a system called LATENT that teaches humanoid robots to play tennis using small pieces of human movement data. It learns basic motion fragments, then corrects and combines them to create natural movements and swings. The system was tested on the Unitree G1 humanoid robot, enabling it to hit balls and rally with human players.

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Catching up with China and the US, LG's humanoid robot, KAPEX, was developed jointly with the Korea Institute of Science and Technology (KIST). It is powered by LG's Exaone visual language model, high-end Korean actuators, and a multi-tactile dexterous hand. The humanoid robot is scheduled to be released in November of this year. LG announced its entry into the home humanoid robot market at CES 2025, but first unveiled an AI robot codenamed Q9 as a base model.

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A robot withstood −47°C cold and walked 130,000 steps The company Unitree tested its humanoid robot G1 in a high-altitude area of China’s Xinjiang region. At temperatures as low as −47.5°C, the robot walked across snow a distance equivalent to 130,000 steps. During the experiment, the robot trampled the Olympic rings into the snow — an emblem roughly 186 × 100 meters in size, visible from above. To prevent equipment failure, G1 was dressed in an insulated jacket and gloves.

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Researchers at Light Origins have created LightParkour, a single AI system that lets their Lightbot 0 humanoid robot handle everything from walking to climbing to vaulting. It works using just a depth camera and a velocity command, deciding on its own which movement fits each obstacle. The system even adapts to obstacle shapes and variations it has never encountered before.

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PrimeBot, a Chinese robotics company, has unveiled the world's first transformable robot, T1. It can switch on its own between a two-wheeled humanoid mode for indoor movement and a four-legged mode for walking on grass or climbing stairs. The robot can also interact by voice, understand its surroundings, and remember routines and spaces to respond more naturally over time. PrimeBOT_Global

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The "Tien Kung Ultra" (1.8m) humanoid robot from the Beijing Humanoid Robot Innovation Center was probably the first to reach the finish line 🏁 having run 14.5 kilometers. The "N2"(1.2m)form Shanghai NOETIX followed behind, and it completed the race in a relay manner. In fact, running on the track is already a victory, and the significance of the activity is greater than the performance of the robot.

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Zhejiang University Unveils Jet-Powered Flight Concepts for Humanoid Robots The Zhejiang University Huzhou Research Institute demonstrated its flying humanoid robot concept and jet propulsion systems at IROS 2025. They displayed a 31 kg jetpack driven by five micro-turbines, reaching 100 km/h. While currently human-controlled, the propulsion and stability data gathered are essential for developing the automatic control systems for future flying humanoids. The goal is to create an autonomous system where humans can simply "ride" the controlled platform. #iros2025 #flyingrobot #Robotics #jetpack #humanoidrobot

RoboHub🤖

13,168 views • 10 months ago

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NAVIAI-I3, a more robust humanoid robot, was launched by the Zhejiang Humanoid Robotics Innovation Center. Standing 1.8 meters tall, it can run like a human and walk on various terrains. This humanoid robot appears to be primarily designed for specialized industrial tasks, such as security patrols in underground parking lots. They previously launched the lightweight bipedal NVAI-2 and a wheeled humanoid robot. The bipedal robot is used in manufacturing operations, while the wheeled humanoid robot is used for unstructured, flexible tasks such as warehouse sorting, supermarket shelving, and office cleaning. We filmed this demonstration at the World Robot Conference; you can see it in the comments section.

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The First Manufacturer to Mass-Produce 5,000 Humanoid Robots AgiBOT rolled off its 5,000th humanoid robot (a Lingxi X2) today, marking a milestone for both the company and the humanoid robot industry as a whole: a significant step towards large-scale deployment in the real world. AgiBOT co-founder and CTO Peng Zhihui stated in a live said that these 5,000 units include the Yuanzheng series (1742), the Lingxi series (1846), and the Genie series (1412). These humanoid robots will be deployed in various settings, including scientific research, entertainment, shopping malls, factories, and warehouses. This also signals that AgiBOT has the capacity for mass production and is ready to meet future surges in customer demand. Its production partner, LingyiTech, was the main force behind the assembly of AgiBOT's 5,000 humanoid robots this year, and they are planning an automated production line with an annual capacity of 500,000 units. Next year will be a milestone year for humanoid robots, reaching 10,000 units annually. Including Tesla, 1X, UBTECH…

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Japanese Experts: China’s Robotics Capabilities Are Highly Advanced; Japan Unlikely to Catch Up Soon On July 23, the Nikkei xTECH website released a video showing Japanese technicians dismantling the G1 humanoid robot made by the Chinese company Unitree Robotics, in an effort to examine its internal structure and technological sophistication. Throughout the process, the Japanese technicians and reporters marveled at the high level of technology embodied in the Chinese humanoid robot. They ultimately concluded that Chinese robotics development has clearly moved beyond the stage of mere demonstrations; regarding humanoid robotics, it is "likely unrealistic" for Japan to narrow the gap with China in the near term. Japan was once a global pioneer in the robotics industry, holding a dominant position—particularly in industrial robotics. Today, however, China has achieved a world-leading status in the field of humanoid robotics, driven by mature, refined manufacturing processes and technological innovation.
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Japanese Experts: China’s Robotics Capabilities Are Highly Advanced; Japan Unlikely to Catch Up Soon On July 23, the Nikkei xTECH website released a video showing Japanese technicians dismantling the G1 humanoid robot made by the Chinese company Unitree Robotics, in an effort to examine its internal structure and technological sophistication. Throughout the process, the Japanese technicians and reporters marveled at the high level of technology embodied in the Chinese humanoid robot. They ultimately concluded that Chinese robotics development has clearly moved beyond the stage of mere demonstrations; regarding humanoid robotics, it is "likely unrealistic" for Japan to narrow the gap with China in the near term. Japan was once a global pioneer in the robotics industry, holding a dominant position—particularly in industrial robotics. Today, however, China has achieved a world-leading status in the field of humanoid robotics, driven by mature, refined manufacturing processes and technological innovation.

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The Unitree G1 is stepping onto the court, demonstrating the ability to sustain multi-shot tennis rallies with human players. A research team from Tsinghua and Peking University developed the LATENT system, which allows the humanoid to return balls traveling at over 15 m/s. By training on "imperfect" motion fragments and applying corrective adjustments, the robot maintains an athletic, human-like style during high-speed play.
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The Unitree G1 is stepping onto the court, demonstrating the ability to sustain multi-shot tennis rallies with human players. A research team from Tsinghua and Peking University developed the LATENT system, which allows the humanoid to return balls traveling at over 15 m/s. By training on "imperfect" motion fragments and applying corrective adjustments, the robot maintains an athletic, human-like style during high-speed play.

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XPENG founder and CEO He Xiaopeng announced that they will release a new generation of humanoid robots next month, introducing a new AI system, VLT, combined with five other systems, including VLA/VLM. The goal is to transition humanoid robots from remote-controlled to fully autonomous. Their second-generation humanoid robot, Iron, released last year, is already undergoing trial operations at the XPENG factory in Guangzhou and serving as a shopping guide in the flagship store. It's worth noting that Tesla plans to release the Optimus V3 by the end of the year.
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XPENG founder and CEO He Xiaopeng announced that they will release a new generation of humanoid robots next month, introducing a new AI system, VLT, combined with five other systems, including VLA/VLM. The goal is to transition humanoid robots from remote-controlled to fully autonomous. Their second-generation humanoid robot, Iron, released last year, is already undergoing trial operations at the XPENG factory in Guangzhou and serving as a shopping guide in the flagship store. It's worth noting that Tesla plans to release the Optimus V3 by the end of the year.

CyberRobo

12,948 views • 10 months ago

Autonomy in action. A terminal guidance drone by The Fourth Law locks onto and engages a high-speed boat. The operator makes the engagement decision and activates the system. The system acquires the target. The enemy maneuvers and actively deploys EW, attempting to jam the video link. The system continues tracking the object. "Manual control unavailable." For a standard drone – end of mission. The autonomous system keeps going. In the final 100 meters of flight, the system identifies the target boundaries and guides the drone to its center. This footage specifically shows the TFL-1 autonomy system integrated into the Vyriy-10 drone.
0:44

Autonomy in action. A terminal guidance drone by The Fourth Law locks onto and engages a high-speed boat. The operator makes the engagement decision and activates the system. The system acquires the target. The enemy maneuvers and actively deploys EW, attempting to jam the video link. The system continues tracking the object. "Manual control unavailable." For a standard drone – end of mission. The autonomous system keeps going. In the final 100 meters of flight, the system identifies the target boundaries and guides the drone to its center. This footage specifically shows the TFL-1 autonomy system integrated into the Vyriy-10 drone.

Yaroslav Azhnyuk / Ярослав Ажнюк

15,907 views • 1 month ago

NOETIX's new humanoid robot, Hobbs W1, looks surreal, but it's already serving as a guide and receptionist in museums, government halls, and offices. This user-friendly and practical design integrates a humanoid head assembly, dexterous hands, a wheeled base, an interactive screen, and an information business system. It reduces the feeling of coldness and increases a sense of human-like friendliness, while still being distinct from humans (to some extent mitigating the uncanny valley effect)... At the same time, it can keep pace with humans, allowing for real-time facial emotion recognition, information synchronization, and natural conversation – all important functions for a service humanoid robot. I think it also has the potential to be a shopping assistant in the future. Imagine being in a supermarket, wanting to inquire about the location of a new product; Hobbs W1 could lead you to the shelf and even reach out and grab the item for you. You could even scan a QR code on its chest screen to place an order and pay online. It would only require integrating the self-checkout systems commonly found in Chinese supermarkets and convenience stores.
1:34

NOETIX's new humanoid robot, Hobbs W1, looks surreal, but it's already serving as a guide and receptionist in museums, government halls, and offices. This user-friendly and practical design integrates a humanoid head assembly, dexterous hands, a wheeled base, an interactive screen, and an information business system. It reduces the feeling of coldness and increases a sense of human-like friendliness, while still being distinct from humans (to some extent mitigating the uncanny valley effect)... At the same time, it can keep pace with humans, allowing for real-time facial emotion recognition, information synchronization, and natural conversation – all important functions for a service humanoid robot. I think it also has the potential to be a shopping assistant in the future. Imagine being in a supermarket, wanting to inquire about the location of a new product; Hobbs W1 could lead you to the shelf and even reach out and grab the item for you. You could even scan a QR code on its chest screen to place an order and pay online. It would only require integrating the self-checkout systems commonly found in Chinese supermarkets and convenience stores.

CyberRobo

43,545 views • 8 months ago

UCR is now Noble Machines! The Sunnyvale, CA-based company builds general-purpose industrial robots for hazardous and physically demanding tasks. Designed for stairs, scaffolding, cluttered spaces and unstable terrain, the humanoid features a 27kg payload, 5-hour battery life and 0.8m/s walking speed. Within 18 months of inception, they shipped and deployed their first humanoid robot to an industrial customer.
1:12

UCR is now Noble Machines! The Sunnyvale, CA-based company builds general-purpose industrial robots for hazardous and physically demanding tasks. Designed for stairs, scaffolding, cluttered spaces and unstable terrain, the humanoid features a 27kg payload, 5-hour battery life and 0.8m/s walking speed. Within 18 months of inception, they shipped and deployed their first humanoid robot to an industrial customer.

The Humanoid Hub

34,819 views • 5 months ago