Catalogue
Each entry carries the same fields, so platforms from different vendors can actually be read side by side.
227 results
Robotic hands and grippers
This advanced robotic hand is purpose-built for 1X's NEO humanoid platform, featuring 25 degrees of freedom. It offers native force control and backdrivability, with sophisticated tactile sensing across its surfaces. The hand is not available as a separate component.
Humanoid robots
NEURA Robotics' 4NE1 Gen 3.5 is a substantial humanoid robot designed for varied applications including handling, transport, and multimodal interaction. It stands 180 cm tall with 55 degrees of freedom, and can manage significant arm payloads. This model is currently available for preorder.
Quadruped robots
The Unitree A1 is a four-legged robot designed for research and development, supporting studies in areas such as navigation and human-robot interaction. It features lightweight, powerful motors enabling agile movement across various terrains. The platform offers open interfaces and ROS compatibility for customisation.
Industrial cobots
ABB's GoFa is a collaborative robotic arm with six axes, engineered to operate safely without physical barriers alongside human workers. It incorporates integrated torque sensors and certified safety functions that enable immediate stops upon contact. The robot is suitable for various industrial tasks, including assembly and material handling.
Industrial cobots
This collaborative robot is designed for industrial environments, balancing safe human interaction with high-speed performance. It achieves this through a combination of ABB's SafeMove system and an external laser scanner, enabling operation without safety fences. The system dynamically adjusts speed when personnel are present.
Industrial cobots
The YuMi is a dual-arm collaborative robot engineered for close-quarters work with human operators. It excels at delicate assembly, particularly in electronics, offering integrated motion control and flexible grippers. Its design prioritizes safety, with collision-aware motion that quickly pauses on contact.
Humanoid robots
Adam is a humanoid robot built on a modular, flexible actuator architecture, designed for human-like motion and environmental perception. It uses force-controlled joints combined with advanced control strategies for dynamic balance. Multiple variants are available, differing in complexity and onboard hardware configurations.
Humanoid robots
The Adam SP is a full-body humanoid robot featuring an advanced hardware architecture for flexible motion and dynamic control. It incorporates onboard computing and depth-camera perception. This platform is primarily intended for research and development into complex humanoid behaviors and interactions.
Humanoid robots
The Agibot A2 is a full-scale humanoid designed for service applications such as reception or retail support. It offers multimodal interaction capabilities, along with 3D SLAM-based autonomous mobility. Perception is managed by 360-degree lidar and multiple high-definition cameras.
Humanoid robots
The AGIBOT A3 is a bipedal humanoid, 1.73m tall, announced for commercial availability in 2026. It features long-duration operation with hot-swappable batteries and comprehensive connectivity options. Its positioning accuracy is within ±10 cm, supporting large-scale fleet coordination.
Humanoid robots
The AGIBOT G2 is an industrial bipedal humanoid engineered for interactive tasks and embodied operations. It incorporates automotive-grade components and IP42 protection. The robot offers force-controlled movement, sub-millimeter assembly precision, and rapid deployment. It also provides expressive facial animations and multi-user conversation capabilities.
Humanoid robots
The Agibot Genie 1 is a full-size, general-purpose humanoid designed for embodied AI data collection and model inference. It features an adjustable height body with a wheeled locomotion option and dual force-controlled arms. The robot runs on an onboard NVIDIA Jetson platform and is compatible with Agibot's GO-1 foundation model.
Humanoid robots
This bipedal humanoid offers a completely open-source hardware and software foundation for robotics development. All design files and code are publicly available, enabling extensive modification and customisation. It is primarily intended as a research and development platform.
Autonomous mobile robots
The Bunker provides a durable tracked chassis designed for navigating difficult outdoor environments. Its independent suspension system facilitates traversal over obstacles and varied ground. The platform offers open interfaces for custom sensor integration and application development.
Robotic arms
This open-source robotic platform integrates bimanual arms onto a mobile base, designed for simultaneous teleoperation and learning. It features multiple lightweight robotic arms and onboard computing, supporting tasks driven by imitation learning principles.
Autonomous mobile robots
This unmanned ground vehicle features a four-wheel independent steering chassis, offering omnidirectional movement. It supports various movement modes, including in-place spin, and provides a CAN bus interface with an open-source SDK. This unit is intended for industrial applications and navigating challenging environments.
Autonomous mobile robots
The AGILOX OCF is an autonomous forklift engineered for direct pallet manipulation, transport, and stacking within industrial environments. It functions as a counterbalanced unit, offering a solution where traditional mobile robots are insufficient for lift-based tasks. The system integrates with AGILOX's proprietary fleet management software.
Humanoid robots
The ROBOTIS AI Worker is a semi-humanoid mobile manipulator designed for industrial applications. It combines a wheeled mobile base with dual robotic arms, a comprehensive sensor suite, and an NVIDIA Jetson compute platform. This system is engineered to acquire and perform tasks like assembly, welding, and inspection through human demonstration.
Quadruped robots
The Aliengo is a fully electric, mid-sized quadruped robot built for various research, education, and industrial scenarios. It features advanced depth sensing and joint force-control, allowing it to navigate challenging terrain effectively. The platform supports additional payloads, such as sensors and manipulators, for expanded functionality.
Robotic hands and grippers
A three-finger robotic hand designed for dexterous manipulation research and industrial applications. It incorporates nine independent degrees of freedom and features omnidirectional pneumatic tactile sensors at each fingertip. The system includes software for control, monitoring, and algorithm development.
Robotic hands and grippers
This robotic hand features four articulated fingers, providing sixteen active degrees of freedom for complex grasping tasks. It integrates extensive pressure sensing across fingertips and joints, offering real-time contact and force distribution data. The system is designed for nuanced interaction and detailed environmental feedback.
Humanoid robots
ALLEX is a general-purpose humanoid robot upper body, designed with inherent whole-body force sensing and compliance. It responds to physical interactions without dedicated external sensors, offering modular components. The platform is presented as adaptable, with individual parts available for various integrations.
Robotic arms
Ambidex is a dual-arm robot developed for research, employing an innovative cable-driven transmission for strength and inherent compliance. Each lightweight arm is optimised for safe, collaborative interaction within shared environments. The platform has demonstrated capabilities in remote control and learning tasks from human demonstrations.
Social and companion robots
Ameca is a full-sized humanoid robot designed as a platform for developing and testing human-robot interaction and artificial intelligence. Its neutral-gender appearance and highly expressive face enable realistic communication. The robot operates on the Tritium software system and supports multilingual natural-language interactions.
Quadruped robots
ANYmal C was a four-legged autonomous robot engineered for regular inspections within complex industrial settings. Its design allowed navigation over challenging terrain and stairs without facility alterations. Integrated lidar and depth cameras provided comprehensive environmental awareness for autonomous operation.
Quadruped robots
ANYmal D is an industrial-grade four-legged robot designed for autonomous inspections in multi-story and challenging environments. It can traverse difficult surfaces and stairs, collecting visual, thermal, and acoustic data. The robust, weatherproof platform integrates with existing operational systems through its API.
Humanoid robots
Apptronik Apollo is a general-purpose humanoid robot engineered for safe human interaction, ease of manufacturing, and significant payload capacity. Its human-like form factor allows it to operate within spaces and with tools designed for people. The robot features a modular design, enabling various configurations from stationary to fully mobile.
Humanoid robots
This bipedal robot served as Honda's extensive research platform, exploring autonomous operation within human environments. It demonstrated diverse capabilities, including movement, object recognition, and interaction with people, primarily for R&D purposes.
Humanoid robots
The Astribot S1 is a stationary humanoid robot designed with a hardware-software co-design approach for AI integration. It aims to replicate human-like interaction and tool manipulation, matching adult male operational parameters for performance and safety.
Humanoid robots
The Atlas is a fully electric bipedal humanoid designed by Boston Dynamics for enterprise and industrial material handling. It offers strength and extensive range of motion for autonomous operation in real-world workspaces, currently in customer field testing.
Humanoid robots
This fully electric bipedal humanoid is engineered for rigorous industrial settings like warehouses and factories. It leverages dexterous manipulation, advanced sensing, and AI for autonomous task execution, currently undergoing early adopter deployments.
Industrial cobots
Baxter was a dual-arm collaborative robot engineered for safe operation alongside human workers on factory floors. Its design prioritised ease of programming through physical guidance and featured a screen to communicate operational intent. A research variant offered a ROS-based software interface for academic use.
Service robots
Servi is a compact, autonomous service robot designed to support hospitality staff with food delivery and table bussing tasks. It utilises LiDAR-based navigation for safe movement through busy environments, allowing staff to focus on guest interaction. This model represents Bear Robotics' initial mass-production hospitality offering.
Service robots
The Servi Plus is a front-of-house service robot from Bear Robotics, designed for efficient multi-table food and bus-tub delivery. It navigates autonomously using LiDAR and cameras, accommodating obstacles and varied floor levels with a stable suspension system. The robot is suitable for restaurants and hospitality venues.
Humanoid robots
This humanoid robot offers a compact yet capable platform for robotics researchers and developers. It includes onboard AI processing and open interfaces for experimentation with embodied artificial intelligence. The design supports advanced bipedal locomotion, suitable for academic and R&D projects.
Humanoid robots
This humanoid robot is presented as a modular system for industrial environments. It is intended to integrate into existing automated workcells, complementing the manufacturer's other robotic solutions. The platform supports autonomous switching between locomotion types.
Humanoid robots
This 94 cm tall consumer humanoid weighs approximately 12 kg. It is positioned for education, home use, and enthusiast development, featuring visual programming tools and voice interaction capabilities. Demonstrated functions include walking and dancing.
Humanoid robots
The CL-1 is a full-size bipedal humanoid robot developed by LimX Dynamics, initially showcased for its dynamic locomotion capabilities. It demonstrated advanced motion control and proprietary actuator technology, including walking on varied terrains and object manipulation. This model is a research platform.
Autonomous mobile robots
Dingo is a small, versatile indoor mobile robot offered in two drive configurations. It arrives pre-configured with ROS, simplifying development for researchers and educators. The design supports easy integration of various third-party components for advanced robotics projects.
Autonomous mobile robots
Husky is a robust outdoor unmanned ground vehicle built for demanding field environments. Its metal chassis and four-wheel-drive system ensure durability in harsh conditions. The platform includes flexible interfaces for integrating sensors and supports ROS 2 for advanced development.
Autonomous mobile robots
This compact unmanned ground vehicle offers an accessible platform for outdoor robotics development. It features a robust aluminum chassis and comes pre-integrated with an onboard computer, navigation sensors, and ROS for immediate autonomous operations.
Autonomous mobile robots
A large-scale amphibious unmanned ground vehicle engineered for extreme outdoor conditions. Its durable construction and low ground pressure allow it to navigate difficult terrain, including steep inclines, soft ground, and shallow water bodies.
Humanoid robots
This bipedal humanoid robot employs a soft-bodied musculoskeletal design driven by proprietary water-powered synthetic muscles. It is intended as a domestic assistant capable of natural language interaction and learning household duties.
Quadruped robots
The first iteration of Xiaomi's bio-inspired quadruped offered an open-source platform. It used in-house motors for agile movement and an NVIDIA Jetson Xavier NX for edge AI. Control options included voice, remote, or a companion application.
Quadruped robots
This second-generation bio-inspired quadruped, weighing 8.9 kg, is designed as an open platform. It targets developers and researchers, offering enhanced lifelike movement. The unit features various sensors, including LiDAR and depth cameras, for environmental awareness.
Quadruped robots
The X30 represents Deep Robotics' flagship industrial quadruped, built for extreme conditions. It boasts an IP67 rating and operates across a wide temperature range, making it suitable for challenging environments. The unit excels in applications like power-grid and tunnel inspections.
Robotic hands and grippers
This commercial robotic hand provides 19 degrees of freedom with a tendon-driven bionic design. It weighs 1 kg, offering robust grasping and fingertip forces. Integrated multi-modal sensors allow for precise perception across various parameters for continuous 24/7 operation.
Humanoid robots
This bipedal robot from Agility Robotics is engineered for varied tasks within logistics and warehousing operations, including moving materials. It features interchangeable tools and AI-driven learning, allowing it to adjust to diverse operational requirements. The robot also navigates uneven surfaces and avoids obstacles effectively.
Service robots
This large-format catering robot offers substantial payload capacity and extensive operational duration. Its sophisticated sensor array supports navigation, while a large display and adaptive head movements engage customers. It integrates with multi-robot fleets for complex service environments.
Service robots
The T5 is a wheeled autonomous robot designed for hospitality environments. It performs routine delivery and collection tasks, navigating busy spaces using multi-sensor systems. Its purpose is to augment human staff by handling repetitive service duties.
Service robots
The DINERBOT T8 is a smaller, agile service robot suited for compact environments. It features a 20 kg payload and a lengthy battery life, navigating with 3D perception and advanced route planning. Customer interaction is managed via a touchscreen and voice guidance.
Humanoid robots
The DOBOT Atom is a bipedal humanoid robot developed for repetitive work in industrial and commercial environments. It features high-precision upper-body manipulation and an energy-efficient gait, powered by Dobot's proprietary ROM-1 operating model. This robot is suitable for tasks like material handling and dispensing.
Industrial cobots
The DOBOT CR10 is a six-axis collaborative robot arm from Dobot, tailored for various industrial automation duties. It supports tasks like loading, unloading, and transferring materials, designed to work safely alongside personnel. This arm can be mounted in any orientation and integrates with common accessories.
Industrial cobots
The DOBOT CR16 is a six-axis collaborative robot arm engineered for tasks involving heavier items, such as palletizing. It incorporates high-performance joints and safety features for human-robot interaction, aligning with recognised safety standards. This model targets industries including automotive, electronics, and healthcare for efficient automation.
Industrial cobots
The DOBOT CR3 is a compact, six-axis collaborative robot built for light material handling and adaptable automation. It features integrated joints and a dedicated safety controller, making it suitable for quick setup in confined spaces. This robot includes multiple safety functions and third-party safety certifications.
Industrial cobots
This six-axis collaborative robot is engineered for small and mid-sized enterprises seeking an accessible automation solution. It offers multiple programming options for operational flexibility and integrates safety features for human-robot interaction. It is suitable for tasks like assembly, material handling, and machine tending.
Robotic arms
Designed for small and medium-scale manufacturing environments, this four-axis SCARA robot features an integrated control system. Its compact design eliminates complex wiring, facilitating rapid deployment and setup. It is primarily used for tasks such as electronics assembly, sorting, and packaging processes.
Robotic arms
This lightweight four-axis robotic arm is engineered for desktop use in flexible small-batch production. Its integrated controller and servo drive minimise its footprint, allowing it to occupy less space than an A4 sheet. It supports direct teaching methods and features collision detection for safe operation without physical barriers.
Robotic arms
A lightweight six-axis collaborative robot designed for retail and service applications, such as food preparation and light handling. Its compact form factor allows installation in confined spaces and at various angles. Programming is simplified via drag-to-teach and graphical interfaces, with adjustable safety levels.
Robotic arms
This compact six-axis robot arm is designed for commercial, retail, and service applications. It features an intuitive drag-to-teach interface and graphical programming, making it accessible for non-technical users. Integrated collision-sensing safety measures enable safe operation alongside human workers.
Humanoid robots
Dora is a lightweight, general-purpose humanoid robot engineered for use in homes, educational environments, and elder care. It employs advanced learning techniques for bipedal locomotion across varied ground conditions. Integrated AI and vision systems support voice interaction and object recognition for task execution.
Humanoid robots
The DR01 represents Deep Robotics' initial humanoid offering, positioned as a research platform for embodied intelligence. It incorporates proprietary joint actuators and fusion perception, enabling stable locomotion over challenging terrain. This system is intended for development purposes rather than as a commercial product.
Social and companion robots
This autonomous android is a dedicated research tool for developing sophisticated human-robot interaction. It integrates multimodal sensing with advanced speech, facial expressions, and gestures to achieve natural conversation. Erica serves as a platform to further research into social robotics applications.
Humanoid robots
The EVE R3 is a wheeled, self-balancing humanoid robot engineered for practical manipulation tasks. Developed by 1X Technologies, it operates autonomously or via teleoperation, collecting data to refine its manipulation AI. This platform is specifically positioned for deployment in factory environments and with commercial partners.
Humanoid robots
This full-sized humanoid robot integrates into hospitality, commercial, public service, and industrial environments. It features a customizable display for user interaction and supports multiple languages. Equipped with a robust compute platform and a multi-sensor suite, it is available in two configurations.
Humanoid robots
The FF Master is a smaller-scale humanoid designed for personal companionship, educational uses, and research. It features an adaptive conversational AI that learns over time. This model is presented as a cost-effective option within the humanoid robot market.
Humanoid robots
This first-generation general-purpose humanoid formed the basis for subsequent robot iterations from Figure AI. It achieved initial bipedal movement in May 2023. The model has since been succeeded by refined designs intended for more practical and home deployment scenarios.
Humanoid robots
The Figure 02 is a refined second-generation humanoid, built for transitioning from lab settings to practical work environments. Its design improvements include enhanced hand dexterity and an integrated battery for a more compact form factor. This model has seen initial application in automotive assembly tasks.
Humanoid robots
The Figure 03 is a humanoid robot engineered for domestic settings, featuring a refined aesthetic and protective materials. It operates using the Helix AI system, which facilitates learning from visual input to action. The unit supports wireless power and data transfer, and it is prepared for mass production.
Robotic hands and grippers
This robotic hand features soft, adaptive fingertips designed for increased surface contact. It incorporates a proprietary tactile sensor capable of detecting minimal pressure, differentiating secure grips from potential slips. An embedded palm camera provides supplementary visual feedback during grasping operations.
Humanoid robots
The Fourier GR-3 is a full-scale humanoid robot developed for interactive companionship and academic research. It offers integrated vision, audio, and touch sensing capabilities, alongside expressive movement. The robot can be equipped with optional dexterous hands, enhancing its manipulation potential for various applications.
Industrial cobots
The Panda was a seven-axis collaborative robot arm featuring advanced torque-sensing capabilities. It was developed for research, educational, and light industrial applications. Its intuitive programming interface made it a popular choice in robotics and AI laboratories.
Quadruped robots
The FX Aegis Advanced is a versatile quadruped robot designed for varied applications, from personal companionship to enterprise deployment. It is positioned for roles such as concierge services, security patrols, and factory deliveries. This model is sold in multiple configurations, including Pro, Edu, and Ultra trims.
Quadruped robots
The FX Aegis Basic is an entry-level professional quadruped robot suitable for security, companionship, and various enterprise functions. It supports both Wi-Fi and 5G communication, facilitating remote operation in diverse environments, including industrial sites. An optional wheeled variant is also available for specific use cases.
Humanoid robots
This first-generation humanoid robot employs multimodal models for complex real-world operations. It features an omnidirectional-wheel chassis and a height-adjustable body. A dual-arm manipulator can switch between mechanical grippers and suction end-effectors.
Humanoid robots
The GENE.01 is a concept humanoid robot platform with a strong focus on human-aware interaction. Its distinguishing feature is a body-wide tactile skin that detects various physical stimuli. Currently, this robot exists only as a functional prototype.
Quadruped robots
The Go1 is a compact, four-legged robot designed for consumer and educational markets. It features integrated AI computing and multiple cameras for environment sensing. The robot can autonomously follow a person and is offered in various editions.
Humanoid robots
The Gr 1 was a full-sized, bipedal humanoid robot, previously promoted as Fourier Intelligence's first mass-produced model. It combined proprietary integrated actuators with a vision-based perception stack. This platform was positioned for various applications, including research and industry.
Humanoid robots
This second-generation humanoid robot, unveiled in 2024, offers updated hardware and software. It features advanced actuators and optional dexterous hands with tactile sensors, supported by a detachable battery for extended operation.
Humanoid robots
This bipedal development robot is designed for artificial intelligence and robotics research, particularly for future domestic and service applications. It uses Humanoid's proprietary KinetIQ software on NVIDIA processing hardware, offering modular end-effectors.
Autonomous mobile robots
The Hunter 2 is an unmanned ground vehicle chassis featuring Ackermann steering, suitable for low-speed autonomous driving research. Its robust design and rocker suspension enable navigation over uneven terrain while carrying substantial loads.
Robotic hands and grippers
The RH56DFX series offers a human-hand-sized robotic end-effector with six actuated degrees of freedom, driven by force-controlled linear servo actuators. It provides precise grip force and tactile sensing capabilities for advanced manipulation tasks.
Robotic arms
This lightweight six-axis manipulator provides enhanced autonomy for daily tasks. It attaches to most power wheelchairs, offering control via existing chair interfaces or other assistive inputs. The arm has a multi-finger gripper and tolerates light moisture exposure.
Social and companion robots
Developed by USTC, Jia Jia is a human-proportioned, silicone-skinned robot primarily for research. It demonstrates capabilities in spoken dialogue, facial expressions, and autonomous navigation. The platform supports cloud services and operates in both Mandarin Chinese and English.
Quadruped robots
The Jueying Lite is a fully programmable quadruped platform featuring 12 degrees of freedom. It offers open SDK and ROS interfaces for custom development. Configurations vary, adding perception and navigation hardware, with an IP54 rating for environmental durability.
Quadruped robots
The Jueying Mini was a four-legged robot designed for educational, research, and inspection tasks. It integrated LiDAR and visual perception for autonomous navigation, obstacle avoidance, and environmental mapping. This model has been replaced by newer product lines.
Quadruped robots
This four-legged robot is designed for industrial use across challenging environments. It excels in tasks such as power station and pipeline inspection, alongside emergency response and survey exploration. The platform offers a significant payload capacity and extended operational endurance for outdoor deployments.
Humanoid robots
The Kepler K2 is a bipedal humanoid robot engineered for diverse tasks such as material handling, logistics, and inspection. It features advanced tactile hands for delicate manipulation and a hybrid actuation system. This model is reported to be in mass production and shipping to clients.
Industrial cobots
The Gen3 is a modular, lightweight robotic arm suitable for research and advanced automation. It offers configuration options for six or seven degrees of freedom and includes smart actuators with integrated torque sensors. An optional 2D/3D vision module can be incorporated, and it supports programming via an open API with multiple language options.
Industrial cobots
This compact, six-axis robotic arm is a lightweight variant in its series, designed for diverse users including professional, academic, and educational sectors. It provides accessible manipulation capabilities with integrated smart actuators and a built-in controller. The arm supports both codeless graphical programming and advanced low-level control options.
Industrial cobots
The Link 6 is an industrial collaborative robot featuring a no-code visual programming interface and hand-guiding capabilities. It includes a built-in six-axis force/torque sensor and a multi-usage wrist for power and data pass-through to end effectors. This robot is engineered for industrial automation tasks such as machine tending and quality control.
Humanoid robots
The KR1 is a wheeled humanoid platform designed for industrial applications such as picking, sorting, and transport. It features onboard perception and manipulation intelligence, operating independently of cloud connectivity. The robot uses an omnidirectional wheeled base for navigation within shared human environments.
Humanoid robots
The Kuavo My from Leju Robotics is a general-purpose humanoid designed for rapid application development. It supports imitation learning and behavior digitisation, facilitating diverse uses from research to commercial service roles.
Industrial cobots
The KUKA LBR iiwa 14 R820 is a sensitive, lightweight collaborative robot allowing for direct human-robot interaction. Its integrated torque sensors ensure immediate contact detection, enabling safe operation and precise handling of delicate components.
Industrial cobots
The KUKA LBR Med is a seven-axis lightweight robot certified for integration into medical systems. Based on the established iiwa platform, it features integrated torque sensors, comprehensive safety, and a hygienic surface suitable for clinical environments.
Quadruped robots
Laikago was an early quadruped robot from Unitree Robotics, designed for locomotion research. It featured twelve brushless DC motors and an official ROS package, primarily deployed in university settings for development work.
Robotic hands and grippers
This four-fingered robotic hand, developed at Carnegie Mellon University, offers 16 directly actuated joints for high dexterity. It is a research platform, designed to attach to various robot arms and can be controlled using ROS, Python, or C++. The hand weighs 595 grams.
Service robots
The LG CLOi ServeBot is an autonomous wheeled robot designed for transporting goods within commercial settings like restaurants and hospitals. It navigates using LiDAR and 3D cameras, offering a payload capacity of 30 kg across three shelves. This model is part of LG's commercial service robotics portfolio.
Autonomous mobile robots
Limo is a compact mobile robot platform from AgileX Robotics, designed for education, research, and rapid prototyping. It supports multiple locomotion modes and includes onboard LiDAR and a depth camera for navigation. The robot integrates well with ROS-based development environments.
Humanoid robots
The LimX Oli is a full-sized bipedal humanoid, approximately 165 cm tall, designed for complex whole-body manipulation. It features dual arms, an articulated waist and neck, and depth camera perception, suitable for research or manufacturing applications.
Humanoid robots
This 1.65-meter humanoid robot, weighing up to 55 kg, offers 31 degrees of freedom for advanced manipulation. It incorporates dedicated processing for motion and perception, targeting AI and robotics researchers, alongside solution integrators. Multiple configurations are available.
Educational and research robots
The Lingxi X2 is a compact 1.31-meter bipedal humanoid designed for interaction, education, and research. It offers 25 DoF, walking speeds up to 1.8 m/s, and roughly 2 hours of operation, with an Ultra variant providing enhanced sensing and compute capabilities.
Autonomous mobile robots
The Locus Vector is an autonomous mobile robot designed for collaborative material movement, managing case and tote workflows. It operates within the LocusONE fleet management platform, offering an 8-10 hour runtime and a substantial payload capacity of 272 kg.
Humanoid robots
The MagicBot Gen1 is a 1.74-meter general-purpose humanoid, weighing approximately 70 kg, equipped with 42 degrees of freedom. It features dexterous 6-DoF hands and is positioned for multi-robot collaboration in inspection, material handling, and factory operations.
Humanoid robots
This bipedal humanoid is engineered for industrial, commercial, and research applications. It incorporates proprietary joint technology, a comprehensive sensor suite for perception, and offers human-like emotional interaction capabilities. The robot's design allows for a more compact folded configuration.
Humanoid robots
The Matrix 1 is a large-scale humanoid platform intended for efficient and secure work in dynamic settings. It features an AI-powered vision system, advanced five-fingered grippers, and autonomous capabilities for automation and data collection. The design prioritises human-like movement and natural gait.
Humanoid robots
The MATRIX-3 represents Matrix Robotics' latest humanoid iteration, integrating biomimetic skin with distributed impact sensing and highly sensitive fingertip tactile sensors. This platform utilises visual-tactile feedback, linear actuators, and a proprietary neural architecture for advanced manipulation. It is currently available through an Early Access Program.
Robotic arms
This compact and lightweight 6-axis robotic arm is suitable for educational, research, and small-scale automation tasks. It is available with either a Raspberry Pi or M5Stack controller and supports multiple programming languages. The arm's integrated design and compatibility with LEGO components simplify small-scale applications like picking and drawing.
Humanoid robots
The Menteebot is a general-purpose humanoid from Mentee Robotics, engineered for human-like interaction and perception. This robot is intended for both industrial logistics and domestic applications, demonstrating adaptability across different tasks and environments.
Robotic arms
The Mercury A1 is a lightweight, seven-axis collaborative robotic arm from Elephant Robotics. It incorporates integrated harmonic drive modules and a controller, targeting applications in AI and robotics development, educational settings, and precise manipulation.
Robotic arms
The Mercury B1 is a semi-humanoid platform featuring two seven-axis A1 robotic arms, capable of independent or cooperative operation. It integrates an NVIDIA Jetson controller with a 3D camera and touchscreen, supporting advanced interaction and machine vision tasks.
Humanoid robots
The MH3 is Mirsee Robotics' third-generation humanoid, purpose-built for physically challenging and hazardous industrial applications. It combines dexterous dual-arm manipulation with a stable, high-payload wheeled base, offering both remote control and autonomous operation.
Robot accessories
This advanced robotic hand offers 21 degrees of freedom, combining 15 actuated and 6 coupled joints. It features backdrivable actuation and includes tactile sensing on each fingertip, providing detailed feedback for object interaction. Manufactured in Switzerland, it is designed for demanding industrial automation tasks.
Quadruped robots
The Mini Pupper is an open-source, Raspberry Pi-driven quadruped robot kit, suitable for K12 education and robotics enthusiasts. It operates with ROS2, providing capabilities for SLAM, navigation, and computer vision. Available in pre-assembled or DIY variants, it also supports optional sensor upgrades.
Quadruped robots
The Mini Pupper 2 is a Raspberry Pi-powered robotic dog kit for education and hobbyist experimentation. It supports ROS2 and advanced functionalities like SLAM, navigation, computer vision, and integration with large language models. The platform is highly customisable, offering various assembly configurations and expansion options.
Autonomous mobile robots
The MiR250 Hook provides an automated method for transporting existing carts within industrial facilities. This autonomous mobile robot can locate, connect to, and move carts between designated stations. It offers a flexible solution for internal logistics, supporting a towing capacity of up to 500 kg.
Service robots
Mirokai is a social robot designed to engage and assist individuals in healthcare or public settings. This humanoid platform integrates expressive design with advanced AI for natural interaction, built on an omnidirectional mobile base for easy navigation.
Educational and research robots
Moya is a biomimetic companion humanoid from DroidUp, featuring realistic physical attributes like heated synthetic skin and a micro-expression-capable face. Built on a bipedal platform, it aims for applications in healthcare, education, and companionship. Advanced sensors and AI facilitate conversational and visual interaction.
Autonomous mobile robots
The myAGV is a compact mobile robot platform featuring Mecanum wheels for omnidirectional movement. It integrates a Raspberry Pi controller, lidar, and camera for autonomous navigation and SLAM. The chassis is designed for mounting robotic arms, forming a compound mobile-manipulator system.
Robotic arms
The myBuddy 280 is a humanoid collaborative robot with two six-axis arms mounted on a shared base. Powered by a Raspberry Pi, it features an interactive touchscreen and onboard cameras. This platform targets research and education, supporting open-source programming for dual-arm coordination and AI manipulation.
Robotic arms
The myCobot 280 is a six-axis collaborative robot arm, noted for its compact and lightweight design. It serves research, education, and maker communities. Available with various control platforms, it supports drag-and-teach programming and integrates with common robotics ecosystems, offering a range of end effectors.
Robotic arms
This six-axis collaborative robot arm is designed for educational, research, and light industrial applications. It offers broad programming language support, including ROS and Python, and integrates an ESP32-based controller. The arm prioritises an open, compact, and accessible design for developers.
Robotic arms
A six-axis collaborative robotic arm engineered for light industrial manipulation tasks. It incorporates harmonic reducers and servo motors, controlled by a Raspberry Pi running RoboFlow. Features include collision detection and intuitive drag-and-teach programming capabilities for operational ease.
Robotic arms
This compact, fully enclosed 4-axis desktop robotic arm is specifically developed for makers and STEM education. It features a streamlined, safe design and supports various programming languages. The arm operates across common desktop and mobile computing platforms for versatility.
Humanoid robots
The N2 is a compact bipedal humanoid robot designed for research, educational, and performance scenarios. It employs deep reinforcement learning for advanced locomotion and offers speech and visual interaction capabilities. The platform includes a depth camera and onboard inertial sensors for perception.
Social and companion robots
Nadine is a stationary social humanoid robot designed for lifelike face-to-face interaction, featuring realistic skin, hair, and articulated hands. It can engage in autonomous multilingual conversations, identify individuals, and recall past interactions, while also simulating emotions through facial expressions and gestures.
Social and companion robots
Nao is a small, autonomous bipedal robot engineered for natural interaction across various settings, including education and care. It combines expressive movement with a comprehensive sensor suite for perception and communication, supporting multilingual speech and vision capabilities.
Humanoid robots
Navigator 2 is a bipedal humanoid robot developed for precise manipulation and anthropomorphic walking. It features multimodal perception and natural human-robot interaction, targeting industrial, retail, and guidance roles with sub-millimetre tool manipulation accuracy.
Humanoid robots
NEO is a general-purpose bipedal humanoid robot intended for home automation and daily chores. Its tendon-driven actuation system ensures quiet, fluid movements, while its soft body promotes safe interaction within a human environment. The robot learns tasks through AI and can be teleoperated for novel situations.
Robotic hands and grippers
This five-fingered robotic hand offers 17 degrees of freedom, driven by 17 actuators and tendon mechanisms. It is available as a research platform with an open-source design, providing options for self-assembly or pre-built units. A tactile-sensing variant is also offered.
Autonomous mobile robots
This robust autonomous mobile robot is designed for moving substantial loads within industrial facilities. It excels at transporting heavy pallets or fixtures, providing a flexible alternative to traditional tow trains. Fleet management software supports its operation.
Social and companion robots
This wheeled humanoid robot was engineered to interact with people through conversation and a chest-mounted display. It could perceive surroundings and respond to human emotion using its integrated cameras and sensors, suitable for customer-facing environments. Pepper was previously deployed across sectors like retail, hospitality, and education.
Quadruped robots
Petoi Bittle is a palm-sized, open-source quadruped robot dog, provided as a self-assembly kit. It is designed for coding education and hobbyist robotics, allowing control via remote, mobile app, or programming languages. Built around an Arduino-compatible controller, it performs various animal-like movements.
Quadruped robots
Petoi Nybble is an open-source, Arduino-compatible quadruped robot cat, supplied as a self-assembly kit. Designed for makers and STEM learners, it can perform lifelike movements including walking and balancing. Users can program new behaviours using block-based coding, C++, or a Python API.
Humanoid robots
The Phantom MK-1 is a substantial industrial humanoid robot, standing 1.8 meters tall and weighing 80 kg. It features 29 degrees of freedom and is reported to handle a 40 kg payload. The manufacturer indicates its use in an automotive customer deployment, although details remain unverified.
Humanoid robots
Sanctuary AI's Phoenix is a general-purpose humanoid platform engineered to undertake various work assignments. It employs highly articulated hands and the Carbon AI system, which emulates human cognitive functions for perception and control. This design prioritises precise manipulation and extensive sensor integration for broad utility.
Humanoid robots
The PM01 from EngineAI is a lightweight, agile humanoid offered for both commercial and educational applications. It features proprietary joint actuators and motion control, positioned as an adaptable platform for research, education, and development. The design supports open-source hardware interfaces and code for comprehensive customisation.
Robotic hands and grippers
Originally conceived as a prosthetic device, the Ability Hand was made available for robotics research in November 2022. It features five articulated fingers and a rotating thumb, driven by six brushless DC motors. Integrated sensors provide pressure feedback, and the hand weighs 490 grams, less than an average adult human hand.
Service robots
Pudu Robotics' BellaBot is a commercial service robot engineered for delivering items within restaurants and retail spaces. It navigates using dual SLAM technology, combining LiDAR and visual positioning for obstacle avoidance. Its design incorporates interactive elements like facial expressions and haptic feedback to engage with people.
Service robots
The PUDU D7 is a semi-humanoid service robot featuring a dual-arm upper body on an omnidirectional wheeled chassis. It offers a 10 kg payload capacity with 65 cm arm reach, and over eight hours of runtime. The design targets service and research applications, with 30 body degrees of freedom.
Service robots
This Pudu Robotics concept is an industrial semi-humanoid robot, utilising an omnidirectional wheeled platform. It supports a 14 kg payload and operates at heights up to two meters, featuring autonomous battery swapping for continuous operation. Front and rear LiDAR enable advanced navigation.
Service robots
The PUDU D9 is a full-sized bipedal humanoid robot designed with adult-like proportions. It combines human-like walking with dual dexterous hand operation, offering 42 degrees of freedom. This robot focuses on object manipulation and customer engagement tasks, representing a developmental step towards embodied AI.
Service robots
The FlashBot is a wheeled delivery robot engineered for autonomous, contactless item transport within hotels and office buildings. It integrates with building IoT systems for elevator navigation. Utilising cameras and LiDAR, the robot provides autonomous navigation and obstacle avoidance for last-mile deliveries.
Service robots
The Pudu Holabot is an autonomous mobile robot designed for transporting items in busy commercial settings. It features multiple large trays and a high payload capacity, suitable for logistics in hospitality or healthcare. Remote summoning and voice control facilitate task assignment.
Service robots
The KettyBot is a compact service robot combining item delivery with customer interaction capabilities. Its slim profile allows navigation through congested areas, while an integrated screen provides promotional content. The unit autonomously recharges at its docking station.
Humanoid robots
The Px5 is a bipedal humanoid robot developed as a research and demonstration platform. It features proprietary joints and advanced bipedal locomotion, leveraging experience from automotive technology. This model served as a prototype, not a commercial product, before a shift to subsequent humanoid lines.
Robotic hands and grippers
The qb SoftHand2 Research is an anthropomorphic robotic hand featuring 19 joints and two actuation synergies. It is designed for precise object manipulation, enabling various grasp types without requiring wrist reorientation. Feedback includes motor position and current, with multiple connectivity options.
Autonomous mobile robots
No product matching the "Quanta X2" designation is officially listed by PNDBotics, the alleged manufacturer. Public information, specifications, and availability details for this robot cannot be independently confirmed through primary sources. The existence of this specific model remains unsubstantiated.
Humanoid robots
This bipedal humanoid integrates a multi-level intelligent architecture with a multimodal large model. Designed to understand intentions and execute tasks, it is aimed at flexible manufacturing, education, and logistics. It also has potential for interactive services and household assistance.
Humanoid robots
This robot features a dual-arm upper body with seven degrees of freedom per arm, mounted on a high-speed wheeled base. Its multi-axis torso allows adjustable working heights. It is marketed as both a research and development platform and a commercial solution for AI and robotics specialists.
Humanoid robots
This open-source humanoid robot from Pollen Robotics is designed for advanced research and educational applications. It features a versatile upper body with two seven-degree-of-freedom arms, adaptable for various manipulation tasks. An optional mobile base provides omnidirectional movement.
Humanoid robots
This bipedal robot provides an entry point into robotics for education and leisure. It supports multiple control methods, including a mobile app, voice commands, and visual programming. Users can develop custom movement sequences, making it suitable for engaging learning experiences.
Humanoid robots
This bipedal robot is designed for both engaging home entertainment and STEM educational purposes. It features an articulated frame with an aluminium alloy structure, allowing free movement. Control options include voice commands, a companion app, and visual programming for custom routines.
Humanoid robots
The RobotEra L7 is a large bipedal humanoid engineered for agility and complex functional tasks. It combines high-dynamic movement, such as running and jumping, with precise manipulation capabilities. The robot features articulated arms and dexterous five-finger hands for diverse applications.
Humanoid robots
Originally developed by Aldebaran, Romeo was a full-scale humanoid research platform. Its design focused on understanding how robots could support elderly or dependent individuals in daily life. The robot incorporates an articulated torso and dexterous hands, running on the NAOqi software framework.
Humanoid robots
The Sa 02 is a lightweight, bipedal humanoid robot, announced with an anime-inspired aesthetic. It is positioned as a companion for younger users, prioritising approachable character design and conversational artificial intelligence. Its primary function involves everyday interaction rather than industrial applications.
Service robots
The Relay is designed for automated delivery of items such as supplies and room service goods within indoor environments. It navigates independently through buildings, including elevators and secured doors, then returns for recharging.
Industrial cobots
Sawyer was a single-arm collaborative robot designed for precision manufacturing processes, such as machine tending. Its integrated force sensing allowed for compliant motion and safe operation in proximity to human workers without requiring safety caging.
Robotic hands and grippers
The SVH is a five-finger gripping hand, matching the proportions of a human hand. It features 20 degrees of freedom driven by nine servomotors, with all control electronics integrated within the wrist. Both left and right-hand versions are available.
Autonomous mobile robots
The Scout 2.0 is a four-wheel-drive, four-wheel differential-steering unmanned ground vehicle chassis. It is built for outdoor and industrial environments, featuring independent suspension and an advanced cooling system for reliable operation. An open SDK facilitates secondary development.
Autonomous mobile robots
This compact unmanned ground vehicle offers flexible locomotion with independent four-wheel servo drive and suspension. It supports open-source development through an exposed SDK and ROS compatibility, making it suitable for autonomy research. The platform facilitates experimentation with SLAM and navigation systems.
Humanoid robots
EngineAI's flagship humanoid features human-like proportions, constructed from aircraft-grade aluminium alloy. It incorporates a sophisticated perception stack and quick-release battery, designed for versatile applications. The robot's bipedal locomotion is driven by an end-to-end neural network.
Robotic hands and grippers
The RH8D combines 19 degrees of freedom with 8 internal smart actuators for a balance of fine control and object conformation. It includes integrated position, speed, current, and temperature feedback per joint, plus a palm distance sensor. Durability is enhanced by magnetically detachable fingers and Dyneema tendons.
Autonomous mobile robots
The Seegrid S7 is a dedicated tow tractor designed for managing long, heavy cart trains in industrial environments. It operates without fixed navigation infrastructure, leveraging advanced fleet software for multi-vehicle coordination. The system supports substantial towing capacity, suitable for demanding logistical tasks.
Robotic hands and grippers
This three-fingered robotic hand is engineered for high-cycle machine learning research, providing active compliance via a 10 kHz force control loop. Each modular finger features four joints with an N+1 tendon configuration, delivering precise autonomous manipulation capabilities.
Robotic hands and grippers
The Shadow Dexterous Hand is an anthropomorphic, tendon-driven robotic hand featuring four fingers and a thumb, with 20 actuated degrees of freedom. It provides comprehensive sensing capabilities, including over 100 sensors, positioning it as a robust platform for research and development.
Social and companion robots
Sophia is a human-like social robot designed for artificial intelligence research, human-robot interaction studies, and public engagement. This platform combines realistic facial expressions with advanced conversational AI and computer vision, rather than being a mass-market product.
Humanoid robots
The Spaceo M1 is an AI-powered social humanoid robot engineered for natural human interaction and service deployment. It integrates multimodal perception, conversational AI, and autonomous navigation, utilising the proprietary FusionMax AI system. This platform is designed as an interactive guide and companion.
Humanoid robots
This enterprise humanoid robot is designed for industrial and logistics settings, offering capabilities like material handling, quality inspection, and conversational troubleshooting. It features dual robotic arms on a mobile base and allows for customisation with additional sensors and software modules.
Quadruped robots
Spot is a four-legged mobile robot engineered for sensing, data capture, and inspection in hazardous or challenging industrial environments. It navigates diverse terrains, including stairs and obstacles, supporting both manual control and autonomous, repeatable missions.
Humanoid robots
The STAR1 is a full-size bipedal humanoid robot developed by RobotEra, focused on embodied intelligence research. It features proprietary dexterous hands, integrated joints, and multimodal sensing, all supported by high-performance onboard computing for learning-based control systems.
Humanoid robots
Steve is a humanoid robot designed by Jan De Coster, intended for engaging audiences in entertainment and promotional settings. Conceived as an expressive character, it excels at hosting events and fronting campaigns, rather than mimicking human appearance or performing practical tasks.
Autonomous mobile robots
This mobile autonomous robot from Boston Dynamics is engineered for logistics operations. It independently unloads floor-loaded trailers and manages box movements within warehouses. The system uses a specialised vacuum gripper and vision system to manage diverse case sizes efficiently.
Humanoid robots
The T1 Basic is Booster Robotics' foundational humanoid model, designed for developers and research institutions. It provides a flexible, robust platform with open-source frameworks and comprehensive API support. This configuration is widely adopted by leading global robotics teams.
Robot accessories
This T1 variant integrates advanced manipulators with the core humanoid platform, enabling pick-and-place tasks alongside bipedal movement. It is engineered for researchers and developers requiring manipulation capabilities. The system supports open development and is recognised in competitive robotics.
Humanoid robots
The T1 Standard configuration builds upon Booster Robotics' lightweight humanoid platform. It targets developers, researchers, and competition teams with an integrated Intel CPU alongside its NVIDIA compute module. The system provides an open development framework with robust tools.
Humanoid robots
This semi-humanoid service robot from iHub Robotics is designed for direct interaction with individuals in various public settings. It integrates artificial intelligence for conversation, facial recognition, and attentiveness, alongside autonomous indoor navigation. Specialised configurations are available to meet specific industry requirements.
Humanoid robots
The ALPHA robot by TeknTrash is being developed to sort recyclable materials on conveyor belts within waste processing facilities. It features dual grippers mounted on an adjustable column, supported by a wheeled base for autonomous movement. High-resolution hyperspectral cameras identify items for sorting.
Humanoid robots
This bipedal humanoid is under development by Tesla, sharing its foundational AI with the company's vehicle autonomy systems. It is intended for applications deemed unsafe, monotonous, or repetitive for human workers. The program is currently pre-production, with manufacturing facilities being established for future mass production.
Humanoid robots
Optimus is Tesla's general-purpose, autonomous bipedal humanoid robot, which is currently undergoing development. The company intends for this technology to integrate its artificial intelligence and autonomous driving insights into a physical robotic platform. This robot and its associated services are positioned as a future component of Tesla's business strategy.
Humanoid robots
The Optimus Gen 3 represents the third iteration of Tesla's bipedal humanoid robot, envisioned as the first design for mass production. It includes significant enhancements over previous versions, notably a new hand design. Tesla describes it as an autonomous, general-purpose humanoid, developed in conjunction with its vehicle autonomy efforts.
Robotic hands and grippers
The Tesollo DG-5F-M is a five-finger robotic gripper with 20 independently controlled joints, providing precise dexterity akin to a human hand. It features BLDC motors with absolute encoders and communicates via Modbus or EtherNet. This unit is suited for research and industrial applications requiring fine manipulation and object handling.
Humanoid robots
Themis V is a general-purpose humanoid robot from Westwood Robotics, built with proprietary compliant actuators for force-controlled movement. It integrates onboard AI and stereo vision, targeting applications like logistics and hazardous material handling. Optional upgrades include liquid-cooled actuators and extended battery life.
Humanoid robots
Themis V2 is Westwood Robotics' advanced humanoid, powered by proprietary back-drivable actuators and an AI-augmented operating system. It integrates large language models, perception, and planning for applications like housekeeping and hazardous material handling. The platform is available in tiered versions with various optional enhancements.
Humanoid robots
This general-purpose humanoid from PaXini features advanced tactile sensing across its body and hands. It offers adjustable height and a foldable design, combining AI vision, depth perception, and LiDAR navigation for precise grasping and handling in various environments. The robot provides a 5 kg payload capacity per arm.
Humanoid robots
Developed by Tokyo Robotics, this dual-arm humanoid is optimized for machine learning research and tasks requiring active object contact. It features torque sensing in its arms and waist for safe, force-controlled manipulation. The robot operates on an omnidirectional mobile base and supports common robotic simulators.
Autonomous mobile robots
The AgileX Tracer is a compact, two-wheel differential-drive chassis suitable for indoor logistics and robotics development. Its modular design includes mounting rails and standard communication interfaces for integrating sensors and computing. It functions as a wire-controlled platform for autonomous navigation and perception.
Educational and research robots
The LimX Dynamics TRON 1 is a bipedal research robot featuring unique modular feet that swap between point, sole, and wheeled configurations. It targets humanoid reinforcement learning and motion control research, supporting major simulation environments. The robot is lightweight and runs on a swappable battery.
Autonomous mobile robots
This compact ROS-based mobile robot platform is designed for research, education, and prototyping. It features open-source hardware, firmware, and software, making it highly customisable for various projects. A Raspberry Pi powers the unit, which includes a 360-degree laser sensor and smart actuators.
Autonomous mobile robots
This robot was an early ROS-based mobile platform, designed for educational and research purposes. It featured a modular, customisable design built around an Intel Joule single-board computer. The Waffle model has since been discontinued, replaced by more current offerings.
Autonomous mobile robots
This mobile robot serves as a larger ROS reference platform, powered by a Raspberry Pi 4. It includes two powerful DYNAMIXEL actuators, a 360-degree LiDAR, and a Raspberry Pi camera module. The robust design offers significant payload capacity for diverse experimental setups.
Autonomous mobile robots
This mobile robot offers an open-source platform, integrating ROS 2 on a Raspberry Pi and built on a robust mobile base. It incorporates a stereo camera and 2D LiDAR for navigation, available in two configurations. Intended primarily for educational and research environments.
Autonomous mobile robots
This lighter variant of the TurtleBot 4 provides an open-source ROS 2 platform, built on the iRobot Create 3 mobile base. It incorporates an OAK-D-Lite camera and a 2D LiDAR for navigation and perception. The design prioritises core autonomy hardware while reducing overall cost and footprint.
Robotic arms
This desktop robotic arm is designed for educational and research purposes, offering affordability and multi-functional capabilities. It supports tasks like writing, engraving, and vision-based pick-and-place. The arm integrates with various accessories and platforms, ideal for practical training.
Quadruped robots
This compact wheel-legged quadruped combines articulated legs with powered wheels, enabling rapid movement and obstacle negotiation. It is provisioned in X and EDU variants. Currently classified as announced, public pricing and widespread deployment evidence are pending.
Quadruped robots
The Unitree B2 is an industrial-grade quadruped robot engineered for rigorous tasks including inspection and logistics over uneven terrain. It offers a significant load capacity, extended operational duration, and proficient obstacle negotiation, including stair climbing. Perception is supported by integrated front and rear depth and optical cameras.
Quadruped robots
This wheeled variant of an industrial quadruped integrates powered wheels for high-speed ground travel while retaining legged mobility for uneven surfaces. It features a sealed, weather-resistant chassis and a swappable battery, suited for inspection and logistics. Designed for demanding professional and research use cases.
Robotic hands and grippers
The Unitree Dex3-1 is a three-finger robotic hand featuring seven degrees of freedom, driven by micro brushless force-control joints. It combines force and position control for reliable manipulation, incorporating 33 pressure sensors across its palm and finger surfaces. The design allows for integration with humanoid robots and includes open-source SDK support.
Robotic hands and grippers
The Unitree Dex5-1P is a five-finger dexterous robotic hand with 20 degrees of freedom, featuring 16 active axes and comprehensive tactile sensing. It incorporates 94 pressure sensors across its surfaces, providing detailed haptic feedback. The hand is built with self-developed composite transmission joints and supports independent finger replacement for maintenance.
Humanoid robots
The G1 is a humanoid platform from Unitree Robotics, suited for AI research, educational purposes, and motion studies. It supports diverse control methods and can be equipped with a dexterous gripper for object handling. Configurations vary in joint count and actuator capability.
Robot accessories
This intelligent lithium battery unit supplies power to Unitree's G1 humanoid robot. Designed for rapid replacement and recharging, it helps maintain operational continuity. An integrated battery management system offers protection and monitors performance.
Robot accessories
This is the dedicated power adapter for recharging the smart battery of the Unitree G1 humanoid robot. It is supplied as an integral component of the G1 platform and is specifically matched to its removable battery pack. The charger is documented within the G1's specifications rather than being sold separately.
Quadruped robots
The Go2 Air is Unitree's foundational quadruped robot, suitable for educational applications, demonstrations, and initial research stages. It features agile movement via aluminum knee motors and is managed using a dedicated mobile application. This version omits some high-end processing and connectivity options.
Quadruped robots
This Go2 variant is tailored for academic and research environments, offering open programming interfaces and enhanced performance. It is designed for university laboratories and advanced AI learning, supporting custom payloads and prolonged autonomous operations. The Edu model surpasses consumer versions in capabilities.
Quadruped robots
This quadrupedal robot dog features 4D ultra-wide LiDAR and integrated artificial intelligence capabilities. It includes an enhanced application for high-definition video streaming and remote operation. This model is suitable for both end-users and software developers.
Quadruped robots
The Go2 X represents the top retail specification within its series, featuring foot-end force sensors and an improved side-follow system. It is constructed from aluminium and engineering plastic, maintaining a 15 kg weight. This model offers expanded capabilities for various operational scenarios.
Quadruped robots
This robot replaces traditional feet with powered wheels, allowing high-speed movement on smooth surfaces. Its unique leg-wheel configuration enables it to navigate over obstacles effectively. The Go2-W is primarily for industrial trials and research applications.
Humanoid robots
The H1 is a bipedal humanoid robot designed as a platform for research into locomotion and embodied AI. It stands 1.8 metres tall and weighs approximately 47 kg, offering 19 degrees of freedom and robust navigation.
Robot accessories
This power pack provides rechargeable energy for the full-sized Unitree H1 humanoid robot. It supports rapid replacement, allowing operators to extend the robot's operational periods efficiently. This item is an integral component of the H1 system.
Robot accessories
This accessory is designed for accelerated battery charging of the Unitree H1 humanoid robot. Product specifications and performance data are not released by the manufacturer, with details primarily originating from third-party resellers.
Robot accessories
This five-finger dexterous hand, weighing 0.54 kg, integrates pressure sensing for fine motor control. It is an end-effector accessory designed for the Unitree H1 humanoid robot, enabling a range of grasping and manipulation functions.
Humanoid robots
The H2 is a 1.82-metre tall bipedal humanoid robot, offering 31 degrees of freedom for fluid movement. Weighing approximately 70 kg, it supports a single-arm payload of 7 kg and provides about three hours of operation.
Humanoid robots
The R1 is a lightweight, full-size humanoid platform from Unitree Robotics, offering broad accessibility. It supports various configurations, including advanced vision and developer compute, for diverse applications. The robot is capable of agile, dynamic movements such as running and kicking.
Robotic arms
The Z1 is a compact, six-axis collaborative robotic arm suitable for integration with mobile platforms or fixed bases. It features collision detection and supports both position and force control. The arm offers an open programming interface for various manipulation tasks.
Industrial cobots
The UR10e is a six-axis collaborative robot arm engineered for automation tasks requiring a medium payload and extended reach. It incorporates a built-in force/torque sensor and configurable safety functions to operate safely alongside human workers. Programming is managed via an intuitive graphical interface.
Industrial cobots
The UR16e is a heavy-duty six-axis collaborative robot arm from Universal Robots' e-Series. It is engineered for applications demanding significant payload capacity within limited operational areas. The system uses force-sensing technology and collision detection to ensure safe interaction with personnel without traditional guarding.
Industrial cobots
This collaborative robot represents Universal Robots' next-generation high-capacity offering. Featuring a redesigned joint architecture, it is engineered for operations like pallet loading and material handling, while maintaining a reduced physical footprint for integration into existing factory layouts.
Industrial cobots
The UR30 is a robust six-axis collaborative robot arm designed for demanding industrial applications. It combines considerable lifting capability with a compact frame, enabling precise control over large loads for tasks such as palletising or high-torque fastening.
Industrial cobots
This is the most compact collaborative robot within Universal Robots' e-Series, engineered for automation in tight areas. Its six-joint design suits applications such as small component assembly and pick-and-place operations, featuring integrated force sensing and customisable safety measures.
Industrial cobots
The UR5e is a six-axis collaborative robot from the e-Series, designed for a variety of medium-weight industrial tasks. It incorporates a tool-mounted force/torque sensor and comprehensive safety features, facilitating safe interaction with human operators across various deployment orientations.
Humanoid robots
This general-purpose mobile robot integrates dual dexterous arms and five-fingered hands on an omni-directional base. Its design allows for extension to reach high areas and compact folding for transport. Advanced perception and force sensing enable precise manipulation across a wide vertical workspace.
Humanoid robots
This industrial humanoid robot is configured for assembly line work, featuring a human-like form factor. It combines comprehensive perception with force-compliant joints for stable movement on mobile production lines. The design facilitates tasks like quality inspection, parts handling, and precise grasping in manufacturing settings.
Humanoid robots
This advanced industrial humanoid is designed for factory and logistics applications. Its key feature is a hot-swappable dual-battery system, allowing autonomous battery replacement in approximately three minutes. It supports efficient continuous operation and is commercially available for deployment.
Humanoid robots
This large bipedal humanoid is engineered for commercial service and human interaction within indoor environments. It combines vision-based autonomous navigation with dexterous dual-arm manipulation. An anthropomorphic design, including a facial display, facilitates natural communication and collaborative operations.
Humanoid robots
The Cyberone is a bipedal humanoid robot developed by Xiaomi Robotics Lab. It features proprietary depth vision and AI software for 3D spatial perception, object recognition, and emotion detection. Currently, it is an exploratory prototype with no announced production plans.
Service robots
The XMAN-R1 is a bipedal humanoid service robot designed by Keenon Robotics for human interaction and collaboration. Unveiled in 2025, it aims to integrate with Keenon's existing service robot ecosystem, particularly in commercial settings. Its coordination capabilities are expected to improve incrementally.
Humanoid robots
The IRON humanoid robot from XPeng Robotics integrates technology from the company's automotive AI. It features a human-like structure with bionic muscles and flexible skin, driven by advanced physical-world AI models. This robot is undergoing factory training in preparation for future large-scale commercial production.
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