locomotion
17 articles about locomotion in AI news
DEEP Robotics Deploys Lynx M20 Wheeled-Legged Quadruped as 'Cyber Tea Farmer' with JD Logistics
DEEP Robotics has deployed its Lynx M20 wheeled-legged quadruped robot in a pilot with JD Logistics, where it is being tested as a 'Cyber Tea Farmer' mobile platform. This represents a real-world field test for a hybrid locomotion robot in a commercial logistics environment.
26 Humanoid Robot Brands to Field 300+ Units in Beijing's E-Town Half Marathon on April 19
On April 19, Beijing's E-Town will host a half marathon where 300+ humanoid robots from 26 brands will run 21km. This is the largest public endurance and locomotion stress test for commercial humanoid platforms.
Unitree H1 Humanoid Hits 10 m/s, Nearing Elite Human Sprint Speed
Unitree's H1 humanoid robot has reportedly reached a running speed of 10 meters per second. This performance brings it close to the peak speed of elite sprinters like Usain Bolt.
KIMM's AI-Powered Wheels Adjust Stiffness in Real-Time for Terrain
Researchers at KIMM created wheels that autonomously adjust their stiffness based on terrain. On smooth ground, they stay rigid for efficiency; on rough terrain, they soften and deform to conform to obstacles.
Google's RT-X Project Establishes New Robot Learning Standard
Google's RT-X project has established a new standard for robot learning by creating a unified dataset of detailed human demonstrations across 22 institutions and 30+ robot types. This enables large-scale cross-robot training previously impossible with fragmented data.
LimX's Oli Robot Demonstrates Autonomous Unboxing and Boot-Up via 31-DoF System
LimX's Oli robot autonomously exited its shipping container, powered up its 31-degree-of-freedom system, and began moving. The demo highlights progress in self-contained robotic deployment without human setup.
Columbia's Truss Links Robots Self-Assemble and Cannibalize for Parts, Achieving 66.5% Mobility Gain
Columbia University researchers demonstrated 'Truss Links' robots that autonomously self-assemble using magnetic connectors, then selectively disassemble other robots to harvest parts for repair or growth. The system achieved a 66.5% mobility improvement through this zero-waste physical adaptation.
Unitree G1 Humanoid Robot Spotted Navigating NYC Streets, Interacting with Public
A Unitree G1 humanoid robot was filmed autonomously navigating sidewalks and interacting with children in New York City, showcasing significant progress in real-world mobility and human-robot interaction.
Amazon Acquires Fauna Robotics and Its 3.5-Foot 'Sprout' Humanoid for Real-World Tasks
Amazon has acquired Fauna Robotics, a startup developing the 3.5-foot 'Sprout' humanoid robot designed for real-world manipulation tasks. The move signals Amazon's deepening investment in embodied AI and automation beyond its existing wheeled and arm-based systems.
RAI's Ringbot: A Monocycle Robot Uses Internal Legs for Balance and Acrobatics
The Robotics and AI Institute (RAI) has developed Ringbot, a monocycle robot that uses internal legs for dynamic balance and acrobatic maneuvers. This novel design challenges conventional wheeled and legged robot architectures.
Embodyd's Xiaomei Bionic Robot, Built on Unitree Body, Available for Rent in China
A bionic humanoid robot named Xiaomei, built on a Unitree robotic body by the company Embodyd, is now available for commercial rental in China for shops and events.
Beijing Humanoid Robots Train for Half-Marathon in Midnight Test Runs
Humanoid robots are reportedly training for a half-marathon in Beijing, conducting late-night test runs. The event, scheduled for one month from the report, represents a significant public endurance test for bipedal robotics.
Stanford's Mobile ALOHA Robots Now Walk Autonomously, Marking Key Mobility Advance
Stanford's Mobile ALOHA robots, previously requiring human guidance for movement, have gained autonomous walking capabilities. This represents a significant step toward general-purpose mobile manipulation.
Chinese Engineers Develop Revolutionary Waist-Hip Exoskeleton to Revolutionize Load Carrying
Chinese engineers have created a novel waist-hip exoskeleton designed to carry 30–50% of a heavy backpack's load, supporting up to 30 kg. The device pushes the user forward, significantly reducing strain on the back and legs during demanding activities like long hikes or steep climbs.
Robot Duo Takes Shanghai: Humanoid and Robodog Cross Street Together
A humanoid robot was filmed walking a robotic dog across a street in Shanghai, showcasing a striking scene of multi-agent robotic collaboration in a real-world urban environment.
Robots Learning from Each Other: New AI Method Unlocks Multi-Platform Robot Training
Researchers have developed a novel approach combining offline reinforcement learning with cross-embodiment techniques, enabling robots with different physical forms to learn from each other's experiences. The method shows promise for scalable robot training but reveals challenges when too many diverse robot types are combined.
LLaMo: The First Truly Unified Motion-Language AI Model That Understands and Generates Human Movement
Researchers have developed LLaMo, a groundbreaking AI model that unifies motion understanding and generation with language capabilities. Unlike previous approaches that suffered from catastrophic forgetting, LLaMo preserves linguistic knowledge while achieving real-time motion generation at over 30 FPS.