Robots with Running
Discover robots engineered with advanced running for complex real-world operations.
AgiBot
RAISE A1
The RAISE A1 is a first-generation general-purpose humanoid robot engineered for real-world industrial and commercial applications. Standing 175 cm tall with an athletic human-like build, it combines advanced bipedal locomotion with 49+ degrees of freedom for fluid, natural movements. Equipped with dexterous five-finger hands capable of precise manipulation and 5 kg per-arm lifting capacity, the robot integrates proprietary AI systems including WorkGPT and EI-Brain architecture for autonomous task execution. With LiDAR and RGB-D vision sensors, it navigates complex environments safely alongside human workers, performing repetitive precision tasks in manufacturing, logistics, and service sectors.
Honda
ASIMO 2.0
ASIMO 2.0 is Honda’s advanced humanoid robot, designed to showcase the future of human-robot interaction. With a sleek design and impressive mobility, it can walk, run, climb stairs, and even perform tasks like opening doors and carrying objects. Its enhanced sensors and AI let it recognize people, respond to voice commands, and interact autonomously in real-time environments. ASIMO 2.0 was intended as a research platform and public ambassador, embodying over a decade of robotics innovation. It demonstrates Honda’s commitment to robotics as a tool for improving lives, especially in public service, research, and caregiving scenarios.
EIR Technology
SkyWalker 2
SkyWalker 2 is a full-size humanoid robot from EIR Technology designed for agile bipedal locomotion and real-world task execution in industrial and service settings. Standing at human height and built with lightweight aluminum and composite structures, it combines high joint count, compliant actuation, and a bionic waist for stable, human-like motion. Its 5‑finger anthropomorphic hands support dexterous manipulation of tools, components, and packages in environments such as manufacturing, inspection, elder care, and intelligent services. With on-board perception using RGB‑D vision and multi-sensor fusion, SkyWalker 2 can navigate cluttered spaces, interact safely with humans, and perform repetitive workflows. Connectivity to edge and cloud compute, including large language model integration, enables natural-language tasking, teleoperation, and continuous learning, making SkyWalker 2 suitable both as a production robot and as a research and development platform.
EngineAI
SE01
SE01 is EngineAI’s full-size humanoid robot featuring 32 degrees of freedom and a bio-inspired neural-network gait enabling human-like walking, running, and squatting motions. It uses a lightweight aerospace-grade aluminum frame combined with 360° LiDAR and Intel RealSense depth cameras for precise 3D perception and obstacle avoidance. The robot runs on a quick-swap 10,000 mAh lithium-ion battery providing about 2 hours of operation. Its modular software supports OTA updates and reinforcement learning, making it a versatile platform for research, industrial automation, and human–robot interaction.
Boston Dynamics
Atlas
Atlas is the world’s most dynamic humanoid robot, engineered to push the limits of whole-body mobility and manipulation. Its advanced control system and high-density lithium-ion battery enable it to walk, jump, backflip, and interact with complex environments. Equipped with stereo vision, LiDAR, force sensing, and inertial measurements, Atlas navigates uneven terrain and maintains balance under disturbances. The fully electric version offers broader motion and commercial deployment pathways, marking a new era in humanoid robotics.
Figure AI
Figure 02
Figure 02 is the second-generation humanoid robot from Figure AI, designed to operate in human-centric environments with full-body mobility and AI-driven interaction. It features integrated wiring, onboard battery, and a vision-language model supported by six RGB cameras. Equipped with dual high-performance GPU modules, Figure 02 is capable of real-time perception, decision-making, and execution. It also has sophisticated five-fingered hands with 16 degrees of freedom, enabling it to manipulate tools and carry objects up to 25 kg. Its applications span across industrial, logistics, and manufacturing sectors.
Booster Robotics
T1 Humanoid
The T1 Humanoid robot by Booster Robotics is a versatile, open-source platform designed for developers and researchers. It features 23 degrees of freedom, allowing for dynamic movements and precise posture control. Equipped with advanced AI capabilities, including an NVIDIA Jetson AGX Orin GPU, it supports omnidirectional walking and complex manipulation tasks. The robot is suitable for various applications, including robotics research, education, and industrial automation.
Boston Dynamics
Atlas (Electric Atlas, 2025)
Atlas (Electric Atlas, 2025) is Boston Dynamics' fifth-generation humanoid robot, fully electric and designed for real-world industrial and research applications. It features advanced all-electric actuators that provide superior strength and a broader range of motion than previous models, including 360-degree rotation at key joints. Atlas integrates sophisticated sensor arrays such as LiDAR, stereo and RGB cameras, and depth sensors, enabling real-time perception and environmental awareness. Its software leverages AI, machine learning, and large behavior models for autonomous whole-body manipulation and locomotion, allowing it to perform complex tasks like packing, sorting, and adapting dynamically to unexpected physical challenges. The robot is built with lightweight titanium and aluminum 3D printed parts for optimal strength-to-weight ratio and supports integration with Boston Dynamics’ fleet management software, Orbit.
Robot Era
Star1
Star1 by Robot Era is a versatile humanoid robot designed to blend advanced AI with practical utility. Engineered for both commercial and domestic environments, Star1 excels in logistics, customer service, and interactive companionship. Its human-like dexterity and perception allow seamless collaboration in warehouses, retail, and hospitality. With adaptive learning capabilities, it continually improves its efficiency. Its sleek design and intuitive controls make Star1 a standout in China’s growing robotics market, delivering both reliability and cutting-edge technology to a wide range of industries.
EngineAI
PM01
The PM01 by EngineAI is a compact, open-source humanoid robot designed for research and development. Standing at 1.38 meters and weighing 40 kg, it features 24 degrees of freedom and a 320-degree waist rotation, enabling dynamic and fluid movements. Equipped with dual processors (Intel N97 and NVIDIA Jetson Orin), it supports advanced AI applications. Its modular design allows for hardware expansion, making it adaptable for various robotics challenges.
Booster Robotics
K1 Humanoid
The K1 Humanoid robot is designed for education, research, and exhibitions. It features a compact body with 22 dynamically controlled joints, enabling precise motion control. The robot is equipped with a 3D depth camera, 9-axis IMU, microphone array, and touch sensors. It supports AI-based vision and voice command processing, obstacle avoidance, and real-time autonomous navigation. The K1 is programmable via ROS and Python.
Unitree Robotics
Unitree H1
The Unitree H1 is a full-size universal humanoid robot standing about 180 cm tall and weighing approximately 47 kg. It features advanced powertrain technology enabling high agility, speed, and load capacity, with a peak torque density of 189 N.m/kg. The robot can achieve speeds exceeding 3.3 m/s, with potential mobility over 5 m/s. It is equipped with 360° depth sensing through integrated 3D LiDAR and depth cameras, allowing precise environmental perception and autonomous navigation in complex terrains. Designed for industrial, research, and interactive applications, the H1 combines robust construction with flexible bipedal locomotion and human-like articulated arms. Its battery is quickly replaceable, supporting extended operational endurance.
Unitree Robotics
Unitree R1
The Unitree R1 is a developer‑focused humanoid robot standing 121 cm tall and weighing 25 kg. It offers 26 degrees of freedom enabling dynamic motions such as running, cartwheels, handstands, and spin‑kicks. Outfitted with binocular vision, a 4‑mic array, stereo speakers, and an 8‑core CPU/GPU, it supports voice and image recognition via onboard AI. A removable quick‑swap battery delivers about one hour of operation, and OTA firmware updates plus an open SDK make it ideal for research, education, entertainment, and prototyping. Offered at an unprecedented sub‑$6K entry price, it aims to democratize humanoid robotics.
Unitree Robotics
Unitree H2
The Unitree H2 is a full-sized humanoid robot designed for versatility and dexterity. It stands at 180 cm tall and weighs 70 kg. The robot features a 31-DOF architecture, including a 3-DOF waist and 2-DOF neck, allowing for fluid movements like dance and kung-fu. It can carry a payload of 7 kg normally and up to 21 kg briefly. The H2 is equipped with advanced robotic hands for precise object manipulation.
Deep Robotics
DR01
The DR01 is an advanced humanoid robot standing 1.7 meters tall and weighing 80 kg, designed for high mobility and adaptive intelligence. It features AI-driven autonomous learning capabilities that allow it to acquire new skills and adapt to changing environments. The robot can walk at speeds over 1.6 m/s, navigate obstacles such as 18 cm steps and 25° slopes, and maintain balance on uneven or slippery terrain. Equipped with proprietary lightweight J60 and high-torque J100 joints, it delivers flexible and strong movements. Its fusion perception system integrates internal and environmental sensors for real-time adaptive control, making it suitable for industrial automation, research, and complex task execution in dynamic settings.
Unitree Robotics
Unitree G1
The Unitree G1 is a game-changer in affordable humanoid robotics. With 23 degrees of freedom and cutting-edge AI, it mimics human motion with surprising fluidity. This compact robot is equipped for dynamic environments—ideal for research labs, educational institutions, and light industrial automation. Whether it’s performing tasks, interacting with people, or exploring tight spaces, the G1 delivers high performance in a sleek, legged package. It's a prime tool for those developing next-gen human-robot collaboration solutions.
Zerith
Zerith Z1
The Zerith Z1 is a bipedal humanoid robot engineered for commercial service applications with 27 degrees of freedom and peak joint torque of 150Nm. Designed for stable navigation over irregular surfaces and complex terrain, the Z1 maintains balance under significant interference through proprietary AI-driven design and in-house developed EtherCAT communication modules. The robot demonstrates complex human-like arm movements and is envisioned for applications including robotic boxing and commercial service tasks in hospitality, education, and entertainment sectors.
EngineAI
T800
The EngineAI T800 is a full-size humanoid robot built for heavy-duty industrial tasks and competitive combat scenarios. Standing 1.85 meters tall and weighing 85 kilograms, it features 41 high-degree-of-freedom joints, an aluminum alloy exoskeleton, and a solid-state battery for durability and extended operation. Designed for strength and agility, the T800 supports advanced manipulation, autonomous navigation, and integrated safety systems. It has been showcased in events such as the Robot Boxer free combat competition and is also deployed in retail settings for real-world human interaction, positioning it as a versatile platform for industrial and consumer applications.
Mentee Robotics
Menteebot (V3.0 Production Prototype)
Menteebot is a full-size humanoid platform designed for seamless transition from industrial labor to domestic service. Standing 1.75 meters tall, it is uniquely engineered around an "AI-First" philosophy, moving beyond traditional pre-programmed routines. It utilizes a breakthrough Real2Sim2Real pipeline, allowing users to "mentor" the robot through natural demonstrations. Once a task is demonstrated, the robot refines the skill in a high-fidelity simulation before executing it autonomously in the real world. Powered by dual NVIDIA Jetson Orin AGX units and an onboard Large Language Model (LLM), Menteebot can decompose complex verbal instructions into modular physical actions without teleoperation
Westwood Robotics
Themis V2
Themis V2 is a full-sized humanoid robot engineered for industrial, service, and research applications, standing 1.6 meters tall with 40 degrees of freedom for human-like agility. It features proprietary BEAR actuators that deliver compliant, back-drivable motion, enabling smooth walking at human speeds and running up to 10 km/h across uneven terrain. Equipped with 6-DoF arms and 7-DoF dexterous hands supporting 15 kg payloads, it excels in two-handed manipulation tasks like logistics handling, light assembly, and precise inspection. Onboard 200 TOPS AI processing powers real-time perception via stereo cameras and high-frequency IMU, facilitating autonomous navigation, balance recovery, and adaptive grasping without cloud dependency. Hot-swappable batteries ensure continuous operation, while ROS-based Humanoid OS integrates LLMs for intelligent task execution and safe human collaboration, positioning Themis V2 as a versatile platform for dynamic real-world deployment.
MagicLab
MagicBot Z1
The MagicBot Z1 is an advanced bipedal humanoid robot standing 1.4 meters tall and weighing 40 kilograms, designed for industrial, commercial, and companion applications. Featuring 24 to 50 degrees of freedom with high-torque smart joints exceeding 130 N·m, the Z1 demonstrates exceptional agility and balance recovery capabilities. Equipped with comprehensive sensor arrays including 3D LiDAR, depth cameras, and binocular fisheye vision, it navigates complex environments autonomously while maintaining real-time terrain adaptability. The robot achieves walking speeds up to 2.5 m/s and can climb obstacles up to 15 centimeters. With voice interaction capabilities, emotional intelligence through gesture recognition, and optional dexterous 11-DOF hands, the Z1 excels in human-like interaction and precision manipulation tasks across diverse operational scenarios.
MirrorMe Technology
Bolt
Bolt is a groundbreaking full-size humanoid robot engineered by MirrorMe Technology for exceptional bipedal speed and human-like athleticism. Standing at 175 cm and weighing 75 kg, it achieves a peak running speed of 10 m/s (36 km/h) in real-world outdoor tests, surpassing previous humanoid benchmarks like Boston Dynamics' models. Featuring redesigned high-power joints and an optimized power system, Bolt replicates natural human gait, dynamic balance, and sprinting posture for stability at extreme velocities. Designed as a technological platform, it integrates advanced motion control for research, athlete training as a "steel sparring partner," and potential applications in logistics or sports simulation. Its human proportions enable versatile bipedal locomotion on varied terrains, with focus on endurance, precision control, and repeated sprints, pushing boundaries in humanoid robotics toward human-level performance in perception, agility, and real-environment operation.
Westwood Robotics
Bruce
Bruce is a compact, kid-sized humanoid robot designed as an open-platform for advanced robotics research and education. Standing at 70cm tall and weighing just 4.8kg, it features a lightweight carbon fiber composite structure for durability and agility. With 16 degrees of freedom, including 5 DOF per leg and 3 DOF per arm, Bruce excels in dynamic bipedal locomotion such as walking, running, jumping, and even advanced maneuvers like single-leg hopping or yaw rotations. Powered by proprietary Koala BEAR proprioceptive actuators with liquid cooling, it delivers explosive power and real-time compliance for unstructured environments. Equipped with a high-frequency 6-DOF IMU, 4 contact sensors, and a 6TOPS onboard computer supporting deep learning frameworks, Bruce enables autonomous navigation, whole-body control, and sensor-based adaptation. Its modular, repairable design and open-source software/hardware foster rapid prototyping in locomotion, perception, and human-robot interaction, making it ideal for testing algorithms in real-world scenarios.
Italian Institute of Technology (IIT)
iRonCub
iRonCub is a groundbreaking jet-powered flying humanoid robot developed by IIT's AMI lab, transforming the iCub3 platform into the world's first humanoid capable of controlled flight. Equipped with four micro-jet engines—two on the arms and two on a backpack jetpack—it generates over 1000 Newtons of thrust to achieve stable hover up to 50 cm, managing extreme heat over 800°C via a titanium spine and heat-resistant covers. Advanced AI control systems, including neural networks and UKF pose estimation, enable human-like balance amid turbulent airflows, shifting center of mass, and limb movements. Onboard sensors like IMU and depth cameras support real-time flight dynamics, multibody aerodynamics, and non-stationary maneuvers. Designed for research in aerial humanoid robotics, it pioneers applications in search-and-rescue, hazardous inspections, and disaster response, blending bipedal morphology with unprecedented aerial agility.
Robot Era
L7
The Robot Era L7 is a cutting-edge bipedal humanoid robot standing 171 cm tall and weighing 65 kg. It features 55 degrees of freedom for whole-body dexterity, including a 12-DoF fully direct-driven dexterous hand. The L7 excels in both speed and manipulation, capable of running at 4 m/s (14.4 km/h) and carrying dual-arm payloads up to 20 kg. Equipped with binocular cameras, 3D LiDAR, and a microphone array, it offers 360° spatial perception and advanced environmental adaptation. Its applications range from industrial automation and logistics to entertainment and research, with capabilities such as hip-hop performance, bartending, sorting, assembly, and teleoperation. The robot integrates AI-powered control with a high-performance onboard computer for real-time responsiveness and complex task execution.
MagicLab
MagicBot Gen1
The MagicBot Gen1 is a full-size bipedal humanoid robot engineered for industrial, research, and service applications, standing at 174 cm tall with human-like proportions and 42 active degrees of freedom for fluid, lifelike movements. It features dexterous 11-DOF Magic-Hand grippers capable of precise manipulation, supporting up to 20 kg total payload for tasks like pick-and-place, assembly, and object handling. Advanced bipedal locomotion enables dynamic walking over 2 m/s, stair climbing, and recovery from falls or pushes, powered by high-torque joints exceeding 350 N·m. A 360-degree sensor suite including 3D LiDAR, depth cameras, and stereo vision drives autonomous navigation via visual SLAM and Magic-Mind AI for multi-scenario operation. With 4-5 hours runtime from a 1.35 kWh battery, Wi-Fi 6/5G connectivity, and MagicNet for multi-robot coordination, Gen1 excels in collaborative environments, integrating with MES systems for factory automation, commercial services, and R&D experimentation while ensuring safe human proximity through force limiting and collision detection.
VinMotion
Motion 2
The Motion 2 is a second-generation full-size bipedal humanoid robot from VinMotion, engineered for industrial applications with advanced on-device AI via Qualcomm Dragonwing IQ10 processor. It excels in dynamic balance, enabling stable heavy lifting up to 40kg, self-recovery from falls, and complex motions like karate chops, backbends, and precise grasping with five-fingered hands. Featuring a natural human-like gait, faster walking speed, and greater agility than its predecessor, Motion 2 supports autonomous charging, battery swapping, and 24/7 operation. Designed for factories and warehouses, it integrates multi-language interaction, AI-driven motion planning, and human-in-the-loop supervision for safe, scalable deployment in logistics, material handling, visual inspections, and assembly tasks, pushing boundaries in physical AI and humanoid scalability
Foundation
Phantom MK1
The Phantom MK1 is a robust humanoid robot engineered for industrial, warehouse, and defense applications, standing at human scale with advanced manipulation capabilities. Featuring proprietary cycloidal actuators that deliver high torque up to 160 Nm while remaining back-drivable for safe human interaction, it excels in precise grasping and tool use with 19 upper body degrees of freedom and five-fingered hands. Its camera-first vision system, powered by large language models, enables natural language commands like "pick that up" to translate into fluid whole-body motions without bulky LiDAR. Capable of 1.7 m/s walking speed, 20 kg payload, and near-24/7 operation, the Phantom MK1 navigates human environments seamlessly, handling assembly, inspections, logistics, and reconnaissance. Bipedal design with active balance supports rough terrain and confined spaces, prioritizing reliability, speed, and adaptability over gimmicks for real-world productivity.
Noetix Robotics
N2 (Athlete)
The Noetix N2 (Athlete) is a child-sized bipedal humanoid robot optimized for agility and dynamic performance, standing 118 cm tall and weighing 30 kg with 18 degrees of freedom. It achieves top speeds of 12.6 km/h, performs continuous backflips, running, jumping, and dancing through a lightweight bionic structure that minimizes limb inertia by positioning heavy joints near the torso. Powered by NVIDIA Jetson edge AI computing up to 67 TOPS, it enables real-time 3D perception via dual structured-light depth cameras, object recognition, motion planning, and LLM-driven speech-visual interaction. Designed for safe household operation, the N2 supports anthropomorphic walking, gesture recognition, and autonomous decision-making. Its modular control and expressive movements make it ideal for education, elder care, home assistance, and social robotics, demonstrating advanced balance, aerial rotation, and human-like fluidity in indoor environments.
X-Humanoid
Embodied Tien Kung 2.0 Pro
The Embodied Tien Kung 2.0 Pro is a full-size humanoid robot engineered for advanced bipedal locomotion and dexterous manipulation in dynamic environments. Standing at 170 cm with a lightweight 70-90 kg alloy frame, it achieves speeds up to 12 km/h while navigating stairs, slopes, sand, snow, and uneven terrain with exceptional stability. Powered by NVIDIA Jetson Orin and the Hui Si Kai Wu AI platform, it integrates LiDAR, cameras, and five-fingered hands for precise perception, task planning, and object handling. Key features include adaptive balancing under disturbances, voice/app controls, and open interfaces for research integration. Designed for AI development, industrial labs, logistics, rescue, and automation, it supports autonomous navigation, complex manipulation, and human-safe collaboration, embodying cutting-edge Chinese humanoid innovation for real-world robustness and versatility.
LimX Dynamics
Luna
Luna is a high-performance, general-purpose humanoid robot developed by LimX Dynamics as a refined, performance-oriented evolution of the Oli platform. Standing 165 cm tall, Luna features a sleek, organic "lifestyle" aesthetic with a rounded head and curved silhouette, moving away from the rugged industrial look of its predecessors. It is engineered for social interaction, performance, and high-difficulty tasks, demonstrated by its ability to perform gymnastics-level "illusion turns" and catwalk walks. Luna integrates the COSA Operating System and LimX’s VideoGenMotion (VGM) framework, allowing it to imitate complex human movements directly from video inputs. It is designed for researchers and luxury service sectors requiring an agile, lifelike gait combined with advanced embodied AI reasoning
WestLake Robotics
Titan 01
The Titan 01 is an advanced bipedal humanoid robot from WestLake Robotics, featuring 29 self-developed integrated joints for exceptional agility and load capacity, with knee peak torque of 160 Nm and a torque-to-mass ratio of 123 Nm/kg. Powered by the proprietary GAE Avatar System, it excels in real-time human motion imitation, enabling seamless remote operation and autonomous decision-making without task-specific programming. Designed for dynamic gaits, dual-arm collaboration, dexterous manipulation, and human-robot interaction, it supports applications in education, retail, performance, public security, firefighting, and mining. Its open hardware middleware and MagTap technology facilitate AI model integration, offering cross-embodiment capabilities for versatile deployment across complex scenarios, balancing flexibility, stability, and intelligence in a human-like form.
Unitree Robotics
Unitree H1-2
The Unitree H1-2 is a full-size humanoid robot standing 178 cm tall with human-like proportions, optimized for advanced mobility, balance, and whole-body coordination. Featuring 27 degrees of freedom powered by high-torque M107 joint motors, it achieves walking speeds up to 2 m/s and potential mobility over 5 m/s, enabling agile navigation on complex terrains, stairs, and uneven surfaces. Equipped with 360° 3D LiDAR and depth cameras for precise environmental perception, it supports autonomous walking, running, jumping, and manipulation tasks like grasping objects with 5-finger hands. Each 7-DOF arm lifts up to 7 kg, while legs provide robust stability for dynamic motions including dancing and handshakes. Designed for research and development, the H1-2 integrates Intel Core i7 computing, swappable 864 Wh batteries for 2-hour runtime, and ROS-compatible software, making it ideal for AI training, human-robot interaction, and industrial prototyping in indoor-outdoor settings.
Booster Robotics
K1 Professional Humanoid
The Booster K1 Professional Humanoid is a compact, research-grade bipedal robot standing 95 cm tall with 22 degrees of freedom, enabling dynamic walking, balancing, and whole-body manipulation. Powered by up to 200 TOPS NVIDIA Jetson AGX Orin compute, it supports advanced AI tasks like object recognition, voice interaction, and reinforcement learning via stereo depth cameras, 9-axis IMU, and 6-mic array. Designed for education, embodied AI development, and competitions, it offers full-force-controlled joints with 60N·m peak torque, ROS2 integration, Python SDK, and multimodal control modes including DAMP, PREP, WALK, and CUSTOM. Lightweight at 19.5 kg with aluminum alloy and engineering plastics construction, it provides smooth human-like motions, low-latency edge processing, and portable deployment in a suitcase, ideal for labs, classrooms, and prototyping interactive robotics applications.
Booster Robotics
T1 Standard Humanoid
The T1 Standard Humanoid by Booster Robotics is a compact, lightweight platform at 118 cm tall and 30 kg, engineered for researchers and developers in robotics labs, universities, and R&D. Featuring 23 degrees of freedom—6 per leg, 4 per arm, 1 waist, and 2 head—it enables natural bipedal walking, omnidirectional movement, torso rotation, arm gestures, and head tracking for complex behaviors like squatting, turning, and balancing. Powered by NVIDIA Jetson AGX Orin (200 TOPS AI) with Intel i7 CPU, it integrates RGBD depth cameras, 9-axis IMU, 6-mic array, and speakers for multimodal perception and interaction. Large joint ranges (e.g., hip pitch ±118°) and high-torque actuators (130 N·m peak) support agile motion in dynamic environments. ROS2-compatible with SDK for custom development, it excels in sports simulations, kung fu maneuvers, prone-to-stand transitions, and open-source projects, offering durability against falls and extensible arms for grippers or dexterous hands.
Booster Robotics
K1 Geek Humanoid
The Booster K1 Geek Humanoid is a compact, agile bipedal robot standing 95 cm tall, optimized for education, research, and competitive robotics like RoboCup KidSize. Featuring 22 degrees of freedom with full force control across 6 DOF legs, 4 DOF arms per side, and 2 DOF head, it delivers human-like walking at up to 1.4 km/h, dynamic balancing via 9-axis IMU, and precise manipulation. Equipped with NVIDIA Jetson processors (48-200 TOPS), stereo depth cameras for visual SLAM, 6-mic array for voice interaction, and ROS2-compatible software with Python/C++ SDKs, it supports no-code AI via Booster Agents, simulation in Isaac Sim and Booster GYM 2.0, and OTA updates. Its lightweight 19.5 kg aluminum alloy frame enables portability, while dual-encoder joints (60 Nm torque) allow hybrid torque/position control for tasks from locomotion to gesture-based interaction, making it ideal for developers exploring embodied AI without complex assembly.
Booster Robotics
T1 Basic Humanoid
The T1 Basic Humanoid by Booster Robotics is a lightweight, open-source bipedal robot optimized for developers and researchers, standing at 118 cm tall and weighing 30 kg. Featuring 23 degrees of freedom across legs (12 total), arms (8 total), waist (1), and head (2), it excels in omnidirectional walking, dynamic balance recovery, and basic manipulation tasks. Powered by NVIDIA Jetson AGX Orin with 200 TOPS AI performance, it supports ROS2 for custom development, including advanced motion control with large joint ranges like hip pitch ±118° and max torque of 130 N·m. Equipped with RGBD depth camera, 9-axis IMU, and 6-mic array, it enables multimodal interactions such as object recognition and speech processing. Durable design withstands falls, ideal for education, R&D, competitions like RoboCup, and prototyping agile humanoid behaviors in indoor environments.
Fudan University
Guanghua No. 1
Guanghua No. 1 is an advanced emotional humanoid robot engineered by Fudan University for elderly care and healthcare companionship. Standing at human height with 45 intelligent joints and a hierarchical generative brain model, it achieves fluid bipedal walking, arm swinging, and upright posture while manipulating objects delicately. A facial screen displays four core emotions—happiness, anger, sadness, and joy—powered by brain-inspired algorithms mimicking dopamine rewards and multilevel incentives for human-like perception and response. Designed to interpret human expressions, it provides empathetic, personalized assistance like helping seniors out of bed or to the restroom. Multilingual support in six languages enhances global applicability, addressing aging populations through emotional intelligence beyond mechanical tasks, fostering family-like warmth in interactions.
Honor
Honor D1 (Lightning)
The Honor D1, nicknamed "Lightning," is a high-performance bipedal humanoid robot optimized for dynamic locomotion and autonomous navigation. Standing 169 cm tall and weighing approximately 45 kg, this platform represents Honor's transition from smartphone manufacturing into embodied AI systems. The robot features elongated leg geometry (90-95 cm) engineered to mimic elite human running stride efficiency, enabling speeds exceeding 25 km/h. Equipped with dual LiDAR, satellite positioning, and onboard AI processing, D1 demonstrates autonomous perception and real-time environmental adaptation. The platform achieved international recognition by completing a 21.1 km half-marathon in 50:26, surpassing the human world record. Advanced thermal management via liquid cooling (4 L/min flow rate) enables sustained high-performance operation. D1 combines aerodynamic mecha design with collaborative safety features, supporting voice interaction, gesture recognition, and human-robot harmony through dance and agile movement capabilities.
Honor
Honor A1
The Honor Humanoid is a pioneering consumer-grade bipedal robot unveiled at MWC 2026, leveraging Honor's mobile AI expertise for embodied intelligence. Standing at human-like proportions, it features a sleek matte black body with a glass-style face panel and expressive horizontal light bar for emotional interactions. Capable of smooth handshakes, waving, and dynamic backflips, it excels in agile bipedal locomotion across varied terrains. Designed for shopping assistance, workplace inspections, and supportive companionship, the robot recognizes users via advanced vision systems, understands needs through YOYO AI, and provides personalized physical help. Its multi-DOF arms enable precise manipulation, while integrated sensors support real-time navigation and collision avoidance. Balancing human-like gestures with robust autonomy, it bridges smartphones and robotics, fostering intuitive human-robot collaboration in daily scenarios.
Unitree Robotics
Unitree H2 Plus
Unitree H2 Plus is a full-size bipedal humanoid designed for industrial-grade motion, human-like interaction, and developer-oriented research. It combines a 182 cm class standing height, 31 degrees of freedom, and high-torque joints with an expressive bionic head, making it suitable for locomotion, manipulation, and demo-grade social presence. The platform emphasizes dynamic balance, OTA-evolving motion control, and AI computing up to Jetson AGX Thor class performance. With a quick-release battery and around 3 hours of runtime, it is aimed at tasks that require agile walking, upper-body dexterity, and repeatable whole-body motions in controlled environments.
X-Humanoid
Tiangong
Tiangong is China's pioneering full-sized electric humanoid, blending agility with resilience. Standing 1.63 m tall, it sprints up to 6 km/h, nimbly climbs stairs and tackles uneven terrain thanks to its state-of-the-art perception system. Backed by a high-efficiency battery pack and a modular open-source architecture, Tiangong excels in scenarios from warehouse logistics to disaster response. With its intuitive AI-driven motion control and robust aluminum-composite frame, this robot invites developers worldwide to push the boundaries of human-robot collaboration.
X-Humanoid
Embodied Tien Kung 2.0 Plus
The Embodied Tien Kung 2.0 Plus is an advanced full-size humanoid robot engineered for industrial-grade stability, high-speed bipedal locomotion, and dexterous manipulation. Standing at 170 cm, it achieves speeds up to 12 km/h while navigating stairs, slopes, sand, snow, and uneven terrain with adaptive balancing and impact resistance. Powered by the Wise KaiWu AI platform and NVIDIA Jetson Orin, it supports fully autonomous tasks like parts sorting, grasping, and multi-language interaction. Featuring 20+ degrees of freedom, five-fingered hands, LiDAR, and RGB-D cameras, it excels in perception-driven navigation and bimanual coordination. Dual swappable batteries enable extended runtime for research, logistics, rescue, and service applications. Its modular design allows sensor and end-effector customization, with satellite connectivity for remote operations in challenging environments, bridging embodied AI with real-world deployment.[1][2][3]
X-Humanoid
Titan Yi 2.0
Titan Yi 2.0 is an advanced bipedal humanoid robot engineered for research, industrial collaboration, and human-robot interaction. Standing at human scale with human-like proportions, it excels in dynamic locomotion including walking, stair climbing, and uneven terrain navigation. Its high-DOF arms and dexterous 5-finger hands enable precise manipulation of tools, objects up to 10kg per arm, and collaborative tasks. Powered by modular AI compute with ROS2 integration, it supports visual SLAM navigation, reinforcement learning for gait adaptation, and real-time balancing via IMU and force sensors. Key features include swappable lithium-ion batteries for extended runtime, IP54 ingress protection for versatile environments, and safety systems like collision detection and emergency stops. Ideal for labs, manufacturing, and logistics, Titan Yi 2.0 pushes boundaries in embodied AI with smooth, intuitive movements mimicking human agility.
X-Humanoid
Embodied Tien Kung 3.0
Embodied Tien Kung 3.0 is a full-size humanoid robot engineered for industrial deployment, featuring high-torque integrated joints delivering up to 400 N·m peak torque for overcoming 1-meter obstacles and maintaining stability on uneven terrain. With 43 degrees of freedom, it executes dynamic maneuvers like running, stair climbing, jumping, kneeling, and precise millimeter-level operations in confined spaces. Powered by the Wise KaiWu embodied AI platform, it integrates perception, decision-making, and execution for autonomous operation, whole-body tactile sensing, and multi-robot coordination. Open interfaces support ROS2, MQTT, TCP/IP, and tool expansions, enabling adaptation to manufacturing, logistics, and services. Human-like proportions and advanced balance control ensure safe human collaboration with fluid, high-load manipulations
Galaxea Dynamics
Kengo
Kengo is Galaxea Dynamics' first self-developed bipedal humanoid robot, unveiled in June 2026 as a strategic expansion from its wheeled R1 mobile-manipulator line. Standing approximately 1.4 meters tall, Kengo features a curved head display and three color schemes, designed for durability and industrial deployment. The robot delivers over 130 N·m of single-joint torque, enabling high-dynamic bipedal motion, autonomous balance, and terrain adaptation. Its control architecture pairs a motion cerebellum with Galaxea's embodied-AI brain, supporting whole-body coordination and sophisticated movement. Kengo integrates one primary sensor type for perceptual foundation and offers eight distinct capabilities including flip kicks, stair walking, and goods sorting. Future versions plan to utilize the G0.5 embodied foundation model for enhanced semantic understanding and task planning, targeting real-world performance in factories, commercial spaces, and home environments.
Faraday Future
FF Master
The FF Master is an athletic, human-scale embodied AI humanoid robot designed for adaptive interaction, educational support, and assistance in indoor environments. Standing compact at 131 cm, it features 25 to 30 degrees of freedom (excluding hands) and a peak torque of 120 N·m, enabling dynamic motion for walking, climbing stairs, and navigating uneven terrain. Powered by a swappable 500 Wh battery, it offers approximately 2 hours of runtime per charge with a rapid 1.5-hour charging time. The robot integrates expressive AI with visual SLAM navigation, Wi-Fi/Bluetooth connectivity, and a magnesium-aluminum-polyurethane composite body. Tailored for family fun to professional development, the FF Master supports teleoperation and learned behaviors, making it a versatile companion for research, entertainment, and interactive learning.