Explore the World's Leading Robotics Hardware

NEO is the world’s first consumer-ready humanoid robot designed to transform life at home. It automates everyday chores and offers personalized assistance, allowing people to spend more time on what matters. NEO features intuitive, user-friendly capabilities, including task automation, personalized intelligence, and autonomous operation, making it a safe and capable companion in the home. The company describes NEO as “a robot built to give people their time back.” According to the company, NEO can perform routine household tasks such as folding laundry, watering plants, and tidying rooms. Users can schedule chores through an app or by speaking directly to NEO. For more complex tasks, human experts at 1X can supervise sessions remotely, helping NEO learn and complete them in real time. Each interaction improves the robot’s performance through ongoing software updates. NEO is equipped with a built-in large language model and 1X’s proprietary Redwood AI system, giving it the ability to hold natural conversations and understand its surroundings. It can recognize when it’s being spoken to, remember previous conversations, and use visual data to respond intelligently, such as suggesting meals based on visible ingredients or helping with to-do lists. At launch, NEO will be capable of basic household assistance like fetching items, opening doors, and turning off lights. Over time, its autonomy will evolve, with its AI learning from user interactions and real-world data to expand what it can do. Built with 1X’s patented Tendon Drive System, NEO uses tensioned cables and compact motors to achieve smooth, low-energy motion. Weighing 66 pounds (30 kilograms), it can lift up to 150 pounds (68 kilograms) and carry 55 pounds (25 kilograms), while operating at just 22 decibels, quieter than most household appliances. Its hands feature 22 degrees of freedom for human-level dexterity, and the entire body is wrapped in soft polymers designed for safety. Visually, NEO is minimalist and home-friendly, dressed in a machine-washable knit suit with customizable shoes and neutral tones including Tan, Gray, and Dark Brown. Early access units are priced at $20,000, with a $499 per month subscription model planned for later. 1X expects deliveries to begin in the U.S. in 2026, expanding internationally in 2027.

The Unitree H2 is a full-sized humanoid robot standing 1.8 meters tall and weighing 70 kg. It features 31 degrees of freedom, a new hip architecture with F-A-R configuration, and is designed for dynamic agility, capable of performing fluid dance and kung-fu-like movements. The H2 represents a significant upgrade over its predecessor, the H1, focusing on more complex movements and refined design.

Vega is a general-purpose mobile robot built for a wide range of tasks. It features high-payload arms, dexterous hands, a foldable torso and arm design, omni-directional base movement, and long operation time with a high-capacity battery for ultimate flexibility, reliability, and efficiency. Vega combines portability and reachability like never before, stretching up to 7’2” (2.2m) for high-reaching tasks and folding down to a compact size for smooth transportation.

Torobo can be used for machine learning research or to automate tasks that involve active contact with objects or the environment. With a height of 1615 mm and a cart width of 590 mm, the size of the robot is close to that of a human.

A new-generation multi-dimensional tactile humanoid robot, integrating dual-modality tactile and visual dexterous hands. It is the industry’s first model to combine multi-dimensional touch sensing with AI-based vision, enabling precise perception and agile manipulation. Equipped with advanced SLAM navigation and a LiDAR system, it features five high-definition cameras and two depth cameras for 360° environmental awareness and depth detection — ensuring safety, reliability, and smooth operation across various flexible work scenarios. Ajustable height, up to 1.86m.

TARA Gen 1 is the smartest service robot from iHub Robotics, designed for performance, personality, and precision. It enhances human-robot interaction through advanced AI, enabling natural communication and support in complex tasks. TARA is available in three specialized configurations: Tara Learn for education, Tara Greet for reception assistance, and Tara Care for healthcare support, each optimized for specific industries and use cases.

Steve is a 210 cm tall humanoid robot blending robotics with character design, created to engage people emotionally rather than functionally. With calm gestures and a striking presence, he serves as a unique storyteller and public-facing figure at events and campaigns. Designed for indoor environments, Steve is both functional and surprisingly agile for his size. Weighing 140 kg and capable of reaching a top speed of 8 km/h, his dual-arm structure and carefully choreographed gestures allow him to perform tasks like greeting guests or delivering brief messages with presence and intent. His compact footprint, combined with his height and slightly stylized face, makes him instantly memorable in crowded environments.

ROBOTERA STAR1 is a next-generation, high-performance humanoid robot designed for exceptional mobility and dexterity. With powerful lower-limb actuation, it reaches speeds of up to 3.6 m/s, making it the fastest bipedal robot in the world. Its fully direct-driven, 12-degree-of-freedom hand enables precise and coordinated manipulation. When integrated with ROBOTERA’s cutting-edge AI model, ERA-42, STAR1 excels in executing complex, high-precision tasks, unlocking diverse commercial applications across industries and proving to be a versatile solution for various operational needs.

A highly powerful and interactive AI, capable of engaging in long conversations across multiple languages. Adaptable to various industries as a customizable domain expert, it effortlessly handles loads up to 60 kg. With lifelike expressions, natural communication, and advanced AI perception, it sees, hears, speaks, and thinks like a human.

Reachy 2 is the first open-source humanoid robot specifically designed for the development of embodied AI and real-world applications. It is the ideal bimanual mobile manipulator for AI & robotics labs, fully open source, can be teleoperated or controlled with Python, and runs on ROS2 Humble. Reachy 2 features modular advanced robotic arms with 7 degrees of freedom, capable of lifting objects up to 3 kg, and is available on a mobile base for enhanced navigation and applications.

Dual-Arm Mobile Manipulator that is precise and reliable enough to be used in industrial settings by utilizing the actuators used in collaborative robots and AMR. It features a humanoid-type dual-arm mobile manipulator mounted on a wheel-type, high-speed mobile base to enable work in a variety of environments.

Next-Gen Humanoid Embodied AI that integrates perception, reasoning, and manipulation through a unified framework of generalized understanding and manipulation. It features a high-performance chassis, modular system, and is adaptable to various environments.

The XPENG PX5 humanoid robot stands 1.5 meters tall and showcases exceptional bipedal locomotion with advanced high-performance joints for stable, precise movement. Equipped with lightweight humanoid arms, 11-DoF hands, and tactile perception, the XPENG PX5 humanoid robot offers remarkable dexterity for complex industrial and domestic tasks. One of the PX5’s standout features is its dexterity. The robot is equipped with ultra-lightweight humanoid arms and highly articulated hands. Each hand has eleven degrees of freedom and can exert a gripping force of 1 kg. This level of dexterity allows the PX5 to manipulate objects with precision, opening up possibilities for various tasks in both industrial and domestic settings. The PX5’s hands utilize a hybrid rigid-soft drive scheme, enabling them to grasp and envelop objects of various shapes. Remarkably, the entire hand unit, including control and drive components, weighs only 430g, showcasing XPENG’s focus on efficiency and lightweight design. The hands are also equipped with end-point tactile perception capabilities, further enhancing their ability to interact with the environment. In addition to its impressive hands, the PX5 features an ultra-lightweight humanoid mechanical arm with seven degrees of freedom. This arm achieves a repeat positioning accuracy of 0.05mm and boasts a load-to-weight ratio exceeding 0.6 (3kg maximum payload/5kg self-weight). The arm can reach a maximum end-point linear velocity of 1m/s, demonstrating both precision and speed in its movements. XPENG has demonstrated the PX5’s capabilities through various tasks, including playing soccer and riding a self-balancing scooter. These demonstrations highlight the robot’s balance, coordination, and adaptability to different scenarios. Looking to the future, XPENG aims to deploy PX5 robots in factories and stores by the next Tech Day event. Potential applications include factory patrolling and in-store product sales, showcasing the robot’s versatility in both industrial and commercial settings. The development of the PX5 underscores XPENG’s vision of a future where humanoid robots work alongside humans in various aspects of life. As the company continues to refine and expand the PX5’s capabilities, it positions itself at the forefront of the emerging humanoid robotics industry, potentially revolutionizing how we interact with machines in our daily lives.

The First Full-sized Bipedal Humanoid Robot by Pudu Robotics, designed to match adult body proportions, featuring high-precision perception capabilities and advanced mobility performance.

The PUDU D7 is the company's first general embodied intelligent semi-humanoid robot, designed for adaptable and versatile applications. It integrates advanced mobility and dexterity with a human-like upper body and robotic arms, allowing it to handle complex tasks in diverse environments.

Phantom is our first production humanoid robot, embodying decades of research and innovation in humanoid robotics. Designed for strength and fluid motion, Phantom eliminates the “robotic” feel, enabling seamless integration into human environments.

Optimus, Tesla‘s humanoid robot, represents a significant leap forward in the field of robotics and artificial intelligence. Unveiled in 2021 and continuously evolving, Optimus embodies Tesla’s vision of creating a versatile, autonomous robot capable of performing a wide range of tasks in both industrial and domestic settings. The robot’s latest iteration, known as Generation 2, showcases significant improvements in design, functionality, and agility compared to its predecessor. One of Optimus’s most impressive features is its advanced AI system, which leverages the same neural networks and learning algorithms used in Tesla’s Full Self-Driving technology. This allows the robot to navigate complex environments, recognize objects, and adapt to new tasks with remarkable efficiency. Optimus is equipped with a range of sensors, including cameras, depth sensors, and force sensors in its hands. These allow the robot to perceive its environment in detail, enabling safe interaction with humans and objects. Tesla has demonstrated Optimus performing various tasks, including lifting objects, sorting components in a factory setting, and even dancing. The company envisions Optimus taking on roles in manufacturing, logistics, and household assistance, potentially revolutionizing industries and daily life.

Tesla’s Optimus Gen 2 robot is a groundbreaking advancement in humanoid robotics, designed to handle unsafe, repetitive, or mundane tasks. With advanced actuators and sensors, it offers precise object manipulation and improved mobility, including a 30% increase in walking speed. Equipped with an impressive 28 degrees of freedom, including highly dexterous hands with 11 degrees of freedom, Tesla Optimus Gen2 can manipulate objects with remarkable precision. Its advanced sensory systems allow it to interact seamlessly with its environment, making it capable of delicate tasks like picking up fragile items without causing damage. This level of dexterity opens up new possibilities for applications in manufacturing, healthcare, and domestic assistance. Optimus Gen 2 is designed for enhanced mobility, walking at speeds of up to 8.05 km/h while maintaining excellent balance and stability. As Tesla gears up for limited production by 2025, the potential impact of Optimus Gen 2 on industries worldwide is immense.

EngineAi’s new SA02 shrinks a full-body humanoid into a 1.25-metre, 25-kilogram frame that fits comfortably in living rooms and dorms. Its anime-inspired shell and softly lit face are meant to feel more like a friendly character than a piece of machinery, making the robot instantly approachable for teenagers and first-time robot owners. Beneath that playful exterior, SA02 packs 26 actuated joints plus two articulated finger joints, letting it wave, point, dance and gesture with surprising nuance. Dual HD cameras handle object recognition and face tracking, while high-fidelity speakers give the robot a clear, expressive voice—turning everyday interactions into lively, multimedia experiences. Conversation is driven by an on-device large-language-model that adapts to the user’s mood and context, so SA02 can switch from homework helper to karaoke host without cloud latency or privacy worries. Real-time perception and dialogue blend to create a companion that remembers preferences, cracks jokes and learns new household routines over time. With a launch price of about US $5 300—less than many premium laptops—EngineAi is positioning SA02 as the most accessible full-featured humanoid to date. Pre-orders target tech-savvy youth and early adopters eager for hands-on AI, signalling a shift toward personal robots that are affordable, social and genuinely useful right out of the box.

AgiBot RAISE A1 is a first-generation, general-purpose humanoid engineered for real-world work. It combines human-like proportions with industrial-grade mechatronics and perception, giving it the size, reach and dexterity to step into spaces built for people and handle repeatable tasks safely alongside them. The robot’s lower body uses a reverse-knee leg design and high-torque, quasi-direct-drive joints to achieve stable bipedal walking at human-like pace. A multi-sensor stack—RGB-D vision, LiDAR and a microphone array—supports obstacle awareness, spatial understanding and robust operation in dynamic environments such as shop floors and warehouses. For manipulation, RAISE A1 features Skill-hand: five-fingered hands with 12 active and 5 passive degrees of freedom and visual fingertip sensing. This enables precise grasping, fine alignment and tool use on small parts, as well as two-handed tasks like bin handling and workstation operations. At the software level, the EI-Brain architecture and WorkGPT multimodal model coordinate perception, language understanding and skill execution. The goal is a robot that can take natural instructions, plan multi-step tasks, and execute them with reusable skills—accelerating deployment across manufacturing, logistics, service and research scenarios.

The Kuavo 3 is a high-end humanoid robot designed for various applications including physical simulation, control platform, and commercial services. It features advanced algorithms for reinforcement learning and frame optimization, improving development efficiency by over 30%.

Lightweight bionic structure design, flexible and high motion performance. Universal humanoid robot with deep reinforcement learning based anthropomorphic walking gait.

The Mirokaï ES is a technologically advanced robot that redefines human-robot interaction with state-of-the-art AI and next-gen engineering. It features multi-LLM integration for natural conversation, real-time speech recognition, advanced vision-language models, face tracking, AI-driven grasping, and autonomous navigation.

3rd-Gen humanoid capable of continuous operation with wireless charging and a 10 hour real-world runtime battery. Features include 31 degrees of freedom, best in class hands and arms, inherently stable design, highest payload mobile base, strong but safe construction, power off brakes, and remote teleoperation with AI control.

MenteeBot is a revolutionary humanoid robot designed to move, perceive, and interact as naturally as humans. It features self-made actuators, fully integrated on-board sensors, and drivers, enabling heavy-duty AI workload capability with advanced, redundant, reliable, fail-safe compute.

MATRIX-1 is a humanoid robot designed for safe and efficient real-world tasks and responsibilities. It is equipped with advanced sensors and AI, seamlessly integrating into complex systems to enhance your projects through automation and data collection. The robot features an exceptionally wide range of joint motion powered by fully self-developed motors and actuators, delivering superior flexibility. It is capable of understanding natural language and physical environments, enabling it to perform practical tasks inside and outside your workplace. MATRIX-1 operates autonomously by default, using AI to efficiently explore the workspace, recognize people and objects, and navigate complex environments.

The MagicBot Z1 is an agile and intelligent mini robot designed for various applications, featuring advanced joint motion capabilities, high torque, and a robust perception system. It is equipped with a tactile dexterous hand for interaction and supports autonomous navigation and obstacle avoidance.

Full-Size General-Purpose Humanoid Robot with 31 degrees of freedom, modular design, and comprehensive perception capabilities. It features a self-developed IMU, depth cameras, and multiple external interfaces for sensor integration, enabling complex motion control and diverse applications.

The Kuavo My is a high-end intelligent humanoid robot designed for various applications including commercial services, scientific research, and home assistance. It features advanced capabilities such as efficient learning memory, imitation learning, and a personal tutor system for Q&A. The robot is equipped with intelligent guidance and explanation features, making it suitable for exhibition halls and shopping guides.

KR1 is a low-cost, versatile robot built for real-world tasks. Combining human-level strength with precision, it operates autonomously using onboard intelligence for fast, reliable performance. It handles everything from lifting heavy boxes to precise assembly, adapting easily to different tasks. KR1 thrives in dynamic environments, effortlessly picking, loading, and transporting with precision. Powered by onboard intelligence, KR1 navigates obstacles in real time and adapts seamlessly to your workflow. Built to match human capabilities, KR1 has the physical strength to lift, carry, and manipulate objects with precision, making it a versatile solution for a wide range of tasks across industries.

The Forerunner series of general-purpose humanoid robots is independently developed by Kepler Exploration Robotics and will be commercialized and mass-produced in near future. It features a highly bionic humanoid structure and motion control, with up to 40 degrees of freedom in the whole body. It serves as a valuable assistant in industrial production and a reliable partner for humanity.

KANGAROO is a bipedal research platform for exploring advanced control methods in legged locomotion, designed for research on movement and jumping. It features low moving inertia, resilience to harsh conditions, and the latest technology for efficient movement. The robot is equipped with custom linear actuators, force sensors, and closed loop controllers for accurate movements, making it ideal for dynamic motions and experimentation in robotics.

A next-gen labour automation unit, providing highly efficient services across various use cases and industries. Featuring high-torque, high-speed actuators, advanced mechanical design and cutting-edge AI for environment perception and object manipulation, HMND 01 achieves human-level or higher manipulation speeds for complex tasks, improving efficiency of various application scenarios. It combines innovative mechanical design with leading self-developed model-based and learning-based Locomotion Control and Whole-Body Control, achieving walking speeds up to 1.5m/s (5.4 km/h). Designed using a modular concept, it allows for adaptability across different use cases and industrial application scenarios, ensuring hardware and software stability for low total cost of ownership (TCO).

An embodied AI robot powered by large models, flexibly designed for complex scenarios, created to better serve humanity. G1 is powered by a spatially intelligent ‘cerebrum’ large model. It understands 3D environments, interacts naturally with humans, and autonomously breaks down long-range tasks into actionable steps. G1 features a multi-tasking ‘cerebellum’ large model, trained on billions of simulated data. It delivers high-success-rate generalized embodied skills across diverse scenarios. Purpose-built for work, G1 combines wheeled mobility with a foldable lifting mechanism, ensuring smooth horizontal movement and a vertical reach of up to 2.4 meters, making it ideal for complex environments and diverse operational needs.

Figure 02 is the latest humanoid robot developed by Figure AI, a California-based company at the forefront of robotics innovation. This second-generation robot represents a significant leap forward in autonomous humanoid technology, designed for commercial viability and real-world applications. Standing at 168 cm tall and weighing 70 kg, the Figure 02 humanoid boasts impressive specifications. It can carry payloads up to 20 kg and operate continuously for 5 hours before requiring a recharge. The robot’s movement capabilities are noteworthy, with a walking speed of 1.2 meters per second, allowing for efficient navigation in various environments. One of the most striking features is its sleek, matte black exterior, a departure from its predecessor’s chrome finish. This new design isn’t just aesthetic; it’s functional, with all cabling now integrated into the limbs for better protection and durability. The robot’s battery capacity has been increased by 50%, with the power source now integrated into the torso, improving balance and agility. Figure 02’s hands have been carefully engineered to mimic human dexterity. With 16 degrees of freedom and the ability to carry up to 25 kg, these hands are designed to manipulate a wide range of objects, bringing the robot closer to human-like capabilities in object handling. A key advancement in Figure 02 humanoid is its enhanced computational power. The robot features triple the computing and AI inference capabilities of its predecessor, enabling it to process complex tasks autonomously. Six RGB cameras provide visual input, working in conjunction with an onboard vision language model for advanced perception and object recognition. Perhaps the most exciting feature of Figure 02 is its integration with OpenAI’s language models. This collaboration allows the robot to engage in natural speech conversations through onboard microphones and speakers. Users can issue voice commands, and the robot can respond, making human-robot interaction more intuitive and efficient. Figure AI has already begun testing Figure 02 humanoid in real-world scenarios. The company has partnered with BMW, conducting trials at their Spartanburg, South Carolina facility. This partnership aims to explore the potential of humanoid robots in automotive manufacturing, potentially revolutionizing production processes. As the field of humanoid robotics continues to evolve, Figure 02 stands out as a prime example of the convergence between advanced AI and robotics. Its combination of physical capabilities, autonomous operation, and natural language interaction positions it as a promising solution for various industries, from manufacturing and logistics to potentially even home assistance in the future.

Lightweight and productized general-purpose humanoid robots with capabilities for stabilized walking on all terrain, autonomous obstacle avoidance, and various walking gaits including step walking and stride walking. Equipped with 3 depth cameras and 8GB of GPU for edge computing power, it supports rich application scenarios in family, education, and elderly care.

A fully self-developed full-size humanoid bionic robot, equipped with advanced capabilities such as high-precision information processing, motion and posture balance, and emotional perception.

A musculoskeletal android designed for the home, featuring revolutionary artificial muscle technology Myofiber, enabling natural movement and interaction.

Modular Humanoids Built for Industrial Work

AstroDroid AD-01 represents INFIFORCE’s push to bring embodied AI from concept to reality. As part of ELU.AI Technology Group’s “One Brain, Multiple Bodies, Multiple Scenarios” vision, AD-01 is built to integrate seamlessly into complex real-world environments across manufacturing, logistics and retail. At the core is our Hyper-VLA (Vision-Language-Action) end-to-end multimodal model. AD-01 understands natural language, perceives changing scenes in real time and autonomously generates appropriate actions—targeting ~200 ms end-to-end latency. Each 11-DOF dexterous hand is engineered for precision and strength, from delicate assembly to robust material handling. Comprehensive force-torque feedback gives AD-01 human-like adaptability when grasping and manipulating diverse objects. AD-01 combines a wheeled mobility platform—ideal for efficient indoor coverage—with a humanoid upper body for skilled manipulation. This hybrid design delivers practical advantages on factory floors, in warehouses and in retail spaces. A modular architecture and ROS compatibility make AD-01 straightforward to integrate with existing automation. Cloud–edge collaborative computing supports continuous learning, remote updates and capability expansion over time.

Dual-arm robot with innovative mechanism for safe interaction with humans. It features a powerful yet light and flexible design with an innovative cable-driven mechanism that satisfies both strength and stability. The robot is capable of precise and safe interaction and is designed to learn human physical intelligence to perform complex tasks faced in everyday life.

ALLEX is a general-purpose humanoid robot that implements human-like whole-body force sensing and compliance across arms, fingers, and waist. It features a high-degree-of-freedom compliant hand, a low-friction backdrivable arm, and a gravity-compensated upper body, enabling precise force control and flexible motion for various applications including services, manufacturing, and household tasks.

The ROBOTIS AI Worker is a cutting-edge semi-humanoid robot powered by physical AI. Designed to seamlessly integrate into industrial environments, it learns from human demonstrations and refines its skills through imitation learning and reinforcement learning. This innovative robot excels at performing intricate tasks like wiring harness assembly, welding, and inspection, offering a powerful solution to boost productivity and overcome labor shortages. Featuring a mobile base, dual arms, and utilizing ROBOTIS' core technologies, the AI Worker delivers high performance and reliability with an intuitive user interface.

AEON is cutting edge. Our engineers integrated precision measurement, multimodal sensor fusion, 3D spatial intelligence, high-performing actuators, and AI-based motion control to transform the humanoid potential into working solutions for global industries. AEON can move around quickly in all directions and perform tasks that require high accuracy. It was designed to perform a wide variety of tasks, from manipulation and part inspection to reality capture and operator tasks. AEON is acutely aware of its surroundings, applying AI to its sophisticated multimodal sensor suite and mission control system to determine in real-time what matters most, and how to complete the task.

A powerful humanoid robot platform designed for developers, featuring an open-source SDK, AI-powered perception analysis, and advanced training algorithms for motion simulation and development.

Kepler Forerunner Series General-Purpose Humanoid Robot with human-like dexterity, 52 degrees of freedom, and advanced computing capabilities for various applications in intelligent manufacturing, warehousing, logistics, and research.

The Xpeng Iron is a humanoid robot designed to learn from humans, featuring 62 active degrees of freedom and powered by Xpeng’s Turing AI chipset, which runs 30 billion parameters at any given time. It is intended for mass production starting in 2026.

Walker S, our new industrial humanoid robot features a more human-like configuration. Equipped with a comprehensive perception system, Walker S can now achieve precise and safe synchronized operations on the factory assembly line, empowering industries with AI and robotics technologies. Walker S Core Competencies include All-terrain Autonomous Adaptation, Robust Self-Balancing, Multimodal Large Model-based Decision Making, Hand-eye Coordination & Whole Body Manipulation, U-SLAM + 3D Point Cloud Semantic Navigation, Human & Environment Comprehensive Perception, Multimodal HRI, Robot Operating System ROSA 2.0, GUI, Tele-operation & AIOT.

Walker C is a full size, electric-driven embodied intelligent humanoid robot. Powered by UBTECH's self-developed Embodied Interactive Large Model, it supports multilingual interactions for commercial applications in exhibition halls and office buildings, offering intelligent tour guide services and human-robot interaction experiences.

Walker X is a highly advanced AI robot that incorporates six cutting-edge AI technologies. With upgraded vision-based navigation and hand-eye coordination, Walker X boasts significantly improved autonomous movement and decision-making capabilities. This enhanced functionality enables Walker X to move smoothly and quickly and to engage in precise and safe interactions, allowing it to provide intelligent and caring service across a variety of scenarios.

Cruzr S2 is a humanoid service robot designed for various applications including healthcare, education, and commercial use. It features human-like dynamic balancing, dexterous manipulation with industrial-grade hands, and advanced perception capabilities through its binocular stereo vision system. The robot can navigate complex terrains and collaborate safely with humans, making it suitable for diverse operational demands.

Walker S2 represents the next generation of intelligent humanoid roboticss. A full-size, bionic machine built for continuous operation in real-world environments. Designed to move, perceive, and interact with the world as humans do, it combines precision engineering with adaptive intelligence to perform complex tasks autonomously.

Full-Size Bipedal Humanoid Robot with 55 Degrees of Freedom, capable of running at 4 m/s and handling a dual-arm payload of 20 kg. It features advanced capabilities such as binocular vision, 3D LiDAR, and a fully direct-driven dexterous hand with 12 active degrees of freedom.

4NE1 is Europe’s leading humanoid robot, engineered to move with human-like fluidity, perceive its surroundings with precision, and collaborate seamlessly with people. It is designed for complex industrial workflows and everyday assistance, bringing safe, intelligent automation to various environments.

K-Bot is an open-source humanoid robot designed for developers, featuring modular and customizable hardware, capable of manipulation and locomotion in unstructured environments. It supports full autonomy and is equipped with advanced sensors and AI capabilities.

Hanson Robotics’ most advanced human-like robot, Sophia, personifies our dreams for the future of AI. As a unique combination of science, engineering, and artistry, Sophia is simultaneously a human-crafted science fiction character depicting the future of AI and robotics, and a platform for advanced robotics and AI research. Sophia captures the imagination of global audiences and is the world’s first robot citizen and the first robot Innovation Ambassador for the United Nations Development Programme. She has been used for research as part of the Loving AI project, which seeks to understand how robots can adapt to users’ needs through intra and interpersonal development.

The Galaxea R1 Pro is a wheeled universal humanoid robot featuring high degrees of freedom with 26 total DOF, including dual arms with 7 DOF each, a 4 DOF torso, and a 6 DOF omni-directional chassis. It is equipped with advanced sensors including 1 head camera, 5 chassis cameras, and 1 LiDAR, and is powered by NVIDIA Jetson AGX Orin 32GB for high computing performance. The robot supports teleoperation and has a rated payload capacity of 7 kg, with a maximum payload of 10 kg.

GR-2 showcases remarkable upgrades across hardware, design, and software, featuring integrated cabling design, 12-DoF dexterous hands, and advanced FSA 2.0 actuators for enhanced agility and precision.

The Fourier GR-1 breaks new ground in humanoid robotics for practical applications. With a versatile body structure and advanced motion control, it replicates human-like degrees of freedom. GR-1 has a highly bionic, human-sized body engineered with an extensive library of predefined motions for twisting, squatting, and gripping. Powered by LLM, GR-1 can automate tasks and enhances intuitive human-robot conversation with built-in emotional systems and high-resolution displays. Fourier's Smart Actuator (FSA) integrates the motor, driver, reducer, and encoder into a single module, providing GR-1 with powerful and flexible mobility for dynamic and precise movements. Fourier's pure vision solution integrates BEV, Transformer, and Occupancy Network to enable GR-1 to perceive its environment through six RGB cameras, generating a real-time 3D occupancy grid. It enhances the robot's navigation precision and efficiency.

Figure takes care of household tasks like laundry, cleaning, and doing dishes, all autonomously. Engineered for real homes, Figure navigates stairs, tight corners, and shifting layouts with ease. Interact with Figure like you would with a human—talk, ask, or delegate—Figure understands and takes action. After meaningful progress in the workforce, Figure is now moving into the home, a more complex environment where Helix, our AI, enables it to learn and adapt to everyday life.

The world's most advanced social humanoid robot, designed for exceptional human-robot experiences with advanced AI integration, natural language processing, and customizable interactions.

New Generation of Open-source Humanoid Robot with elegant design and dynamic mechanical performance. Equipped with Intel N97 + NVIDIA Jetson Orin dual chips, it offers motion control training and supports various programming environments.

The DR01 humanoid robot is an embodied intelligence explorer, leveraging the DR01 humanoid robot platform for artificial intelligence and big data training to drive the iteration and advancement of embodied intelligence technology, explore applications in the humanoid robot industry, and improve human industrial productivity and quality of life at home. It features flexible mobility with a walking speed of over 1.6 m/s, the ability to navigate 18 cm steps, 25° slopes, and uneven terrain, and integrates the robot's own perception with environmental perception for stable traversal across complex terrains. The robot can autonomously generate new behavioral skills in response to changing environments and task requirements, equipped with self-developed J60 lightweight joints and J100 high-torque joints.

A New-Generation Industrial-Level Humanoid Robot. As the world's first humanoid robot with an IP66 protection rating capable of all-weather outdoor operations, the DR02 provides reliable and efficient intelligent solutions for various industries, redefining the application boundaries for industrial-level humanoid robots.

DOBOT Atom is the world's first full-sized humanoid robot combining dexterous manipulation with straight-knee walking. It features a Neuro-Driven Dexterity System (NDS) for precise control of 28 upper-body degrees of freedom, an Anthropomorphic Walking System (AWS) for energy-efficient movement, and advanced capabilities for cross-scenario adaptability and multi-robot collaboration.

The ENGINEAI General-Purpose Humanoid Robot is designed with a human-like structure, featuring advanced capabilities such as bionic dexterous hands, precise dual-arm control, and a robust perception system. It is equipped with high-performance components, including dual-core processors and a depth camera, enabling it to perform complex movements and tasks with ease. The robot's design incorporates aerospace-grade aluminum for durability, and it supports advanced motion control algorithms based on reinforcement learning.

The Booster T1 is a humanoid robot designed for developers, featuring lightweight, flexible, and durable construction. It is capable of performing various tasks including walking, soccer skills, push-ups, and kung fu, making it a versatile tool for innovation and productivity enhancement.

Digit is a humanoid robot designed for automation in various environments. It features a standing height of 5' 9", a payload capacity of 35 lbs, and is equipped with autonomous docking and charging capabilities. The robot can be integrated with cloud-based automation platforms for seamless operation and adaptability in workflows.

Designed based on ergonomic principles, AgiBot A2 delivers a highly natural and comfortable human-robot interaction experience, making it ideal for roles such as marketing and customer service, exhibition hall presentations, supermarket guidance, front desk reception, and business inquiries. It features a humanoid configuration with a universal skeletal structure, multi-modal interaction capabilities, autonomous mobility, and multiple safety safeguards.

Apollo is a general-purpose humanoid robot developed by Apptronik, designed for friendly interaction, mass manufacturability, high payloads, and safety. It operates in various sectors including warehouses, manufacturing, construction, and elder care. Apollo features a modular design, intuitive interaction through LEDs, and advanced safety controls, making it suitable for human environments.

The world’s most dynamic humanoid robot, our fully electric Atlas robot is designed for real-world applications. The next generation of the Atlas program builds on decades of research and furthers our commitment to delivering the most capable, useful mobile robots. An advanced control system and state-of-the-art hardware give the robot the power and balance to demonstrate advanced athletics and agility. Atlas demonstrates our efforts to develop the next generation of robots and embodied AI with the mobility, perception, and intelligence needed to be commonplace in our lives.

Premium reception robot that greets, guides, and answers queries. Built for hotels, malls, and smart buildings. Features include powerful navigation, intelligent introduction, facial recognition, AI-powered conversations, dual-screen interaction, and automated self-charge capabilities.

Seventh-generation general-purpose humanoid robot. 50x faster task automation (learns tasks in <24 hours). Improved hands with 21 DOF, better visual acuity, tactile sensing, and range of motion.

Wheeled, self-balancing humanoid robot for security and industrial applications.

Home assistant humanoid robot with tendon-driven motion for safe, soft, quiet movements. AI-powered for household tasks. The Gamma series includes improvements across NEO’s hardware and AI, featuring a new design that is deeply considerate of life at home. Key Improvements include: • Home-friendly design: NEO Gamma introduces Emotive Ear Rings for expressive communication and a minimalist aesthetic that blends naturally into homes. • Full-body control: Now capable of walking with a human-like gait, swinging its arms, squatting to pick up items, and sitting in chairs. • Enhanced safety: Soft exterior covers reduce impact and improve environmental safety. • Smarter manipulation: A new visual model enables NEO Gamma to handle a wide range of objects across diverse, unseen environments.

The Unitree R1 is a lightweight humanoid robot with 24+ degrees of freedom and AI capabilities, built for research, education, and real-world interaction.

Unitree's first universal humanoid robot.

The Unitree G1 is a humanoid robot designed for research, education, and AI development, with advanced features like human-like flexibility, force-controlled hands, and AI-powered navigation.

The Xpeng Robotics Unicorn is a child-friendly robot designed to engage and entertain kids through interactive play. It features advanced AI capabilities, allowing it to respond to voice commands and perform various tasks. The robot is equipped with sensors for obstacle detection and can navigate its environment autonomously. It also includes educational features to help children learn while playing.

The GR-3 is a full-size 'Care-bot' designed for interactive companionship, featuring a soft-touch outer shell and a multimodal emotional interaction system. It can engage with people in public settings, act as a service assistant, and provide comfort to children and older adults. Future applications include mobility support and health monitoring.

The fastest running industrial-grade quadruped robot with a speed of over 6m/s, excellent terrain adaptability, and superior obstacle-crossing ability. It features a plug-in battery for quick changes and autonomous charging solutions, making it suitable for various industrial applications.

The X20 quadruped robot solution is designed for industrial patrol inspection under extreme working conditions. It features industrial-grade water and dust resistance, strong load capacity, and smart perception capabilities, allowing for unmanned autonomous inspections in large environments.

The X30 quadruped robot is designed for industrial applications, capable of operating in extreme weather conditions, climbing stairs, and autonomously navigating in various environments. It features a unique integrated perception system and supports quick battery swaps for extended endurance.

Spot is changing how organizations monitor and operate their sites, ensure the safety of their teams, and make data-driven decisions. With 360° perception and athletic intelligence, Spot provides valuable insights into routine operations, site health, or potentially hazardous situations. It is easy to use, intuitive to learn, and can be deployed for both manual operations and autonomous missions.

High-performance quadruped “robot dog” with 12 DOF, capable of running up to ~3.3 m/s, executing agile maneuvers, and supporting research in SLAM, autonomy, and legged locomotion.

The World's First Intelligence Bionic Quadruped Robot Companion of Consumer Level

Quadruped robot dog for research, education, and embodied AI applications.