An autonomous forklift robot by AGILOX designed for efficient material handling in warehouses.

The Mako Robotic-Arm Assisted Surgery system by Stryker provides a more predictable surgical experience for joint replacement. It allows for greater precision, enabling surgeons to create personalized surgical plans for patients.

The Elios 3, developed by Flyability, is an advanced collision-tolerant drone designed for indoor inspections and 3D mapping in challenging environments. Equipped with a LiDAR sensor, it creates real-time, detailed 3D models of inspected areas, making it ideal for confined spaces like mines, tanks, or industrial facilities.

Its robust spherical protective cage allows it to navigate safely through tight and hazardous environments, minimizing damage from collisions. The drone features a 4K camera for visual inspections, powerful lighting for low-light areas, and a range of sensors for stability and precision. With intuitive piloting software, the Elios 3 enhances safety and efficiency, reducing the need for human entry into dangerous zones.

The Teleoperation System by Extend Robotics is a remote-controlled robotic arm designed for precision tasks in industries like healthcare, utilities, and manufacturing. Operators can control it from anywhere using VR or desktop interfaces, providing high levels of dexterity and accuracy.

Equipped with a lightweight arm and advanced sensors, the system enables fine manipulation of objects in real-time. Features include a 3D visual interface for spatial awareness, haptic feedback for tactile sensing, and intuitive controls for ease of operation. The system enhances human capabilities in hazardous or inaccessible environments, offering a versatile solution for remote work.

Magneto, developed by CSIRO (Commonwealth Scientific and Industrial Research Organisation), is a quadruped robot designed for inspection and exploration in confined and hazardous environments.

The robot features magnetic feet that allow it to climb and adhere to metallic surfaces, including vertical walls and ceilings. Its dexterous limbs enable precise manipulation and navigation of complex terrains, such as rubble, pipes, and machinery. Magneto’s integrated sensor suite provides detailed environmental mapping, making it suitable for search-and-rescue missions, industrial inspections, and maintenance tasks in inaccessible or high-risk areas.

The iRonCub3, also called iCub, is a humanoid robot developed by the Italian Institute of Technology (IIT). Standing approximately 104 cm tall and weighing around 25 kg, it is designed for research in robotics, artificial intelligence, and human-robot interaction.

The Bunker Mini by AgileX is a versatile tracked robot designed for educational and research applications. It offers advanced mobility and robustness, suitable for outdoor terrain navigation and various industrial tasks.

The Rosalind Franklin rover is a key component of the ExoMars mission, a collaboration between the European Space Agency (ESA) and Roscosmos, designed to search for signs of past life on Mars. Named after the British scientist Rosalind Franklin, who contributed to the discovery of the DNA structure, the rover is equipped with advanced scientific instruments to study the Martian surface and atmosphere.

The mission aims to deepen our understanding of Mars’ habitability and provide insights into its potential to support life, past or present.

Moonlight by Flexiv is an advanced robotic arm designed for precision and versatility. It features adaptive control, high flexibility, and autonomous capabilities, making it suitable for tasks in various industries, from manufacturing to healthcare. With its modular design, it can perform complex operations, ensuring efficiency and accuracy in dynamic environments.

Astorino is a project designed by Kawasaki aimed at providing students with an interactive platform to learn about robotics. It’s part of the Kawasaki Robotics Academy, offering educational tools to help students gain hands-on experience with robotics. The system includes a robotic arm that can be programmed to perform tasks, allowing students to develop their coding and engineering skills. Astorino is designed to be a user-friendly entry point for students into the world of robotics, combining learning with practical experience.

The Roomba is a series of robotic vacuum cleaners developed by iRobot. It autonomously navigates and cleans floors, using sensors and algorithms to detect dirt and obstacles. The devices feature a round design with rotating brushes and suction for efficient cleaning. Some models offer smart features, such as app control, voice command integration, and scheduling. Roombas are popular for their convenience, cleaning performance, and ability to navigate various surfaces like carpets and hardwood floors. They offer different models tailored to varying cleaning needs and home sizes.

Rufus V1 by Renovate Robotics is an innovative robot designed to automate the process of roof tiling. It can handle and lay tiles on roofs with high precision, reducing manual labor and improving safety. With its advanced sensors and AI-powered capabilities, Rufus V1 ensures accurate placement of tiles while navigating various roof shapes and angles. This robotic solution enhances efficiency in the roofing industry, making the process faster and safer for workers.

Kinisi KR1 is a mobile manipulator robot designed for warehouse automation. It uses AI for autonomous object handling, improving efficiency while working safely alongside humans in dynamic environments.

Rollin' Justin is a humanoid robot developed by the German Aerospace Center (DLR) for research in service robotics, particularly for household tasks and assisting astronauts in space. Standing at 1.91 meters tall and weighing approximately 200 kg, it features 51 degrees of freedom, including 8 in the platform, 2×7 in the arms, 2×12 in the hands, 2 in the neck, and 3 in the torso. The robot has a nominal load capacity of 20 kg and can operate autonomously for over 60 minutes. Its design includes torque sensors in nearly all joints, balance sensors (IMU), stereo cameras, and RGB-D cameras, enabling compliant, hierarchical whole-body control and semi-autonomy for both terrestrial and extraterrestrial applications.

The DLR Crawler is an experimental, legged exploration robot developed by the German Aerospace Center (DLR). It uses the fingers of the DLR Hand II as legs, offering high-performance actuation and sensors. Designed for terrestrial and extraterrestrial exploration, the robot features autonomous navigation, flexible gait algorithms, and the ability to adapt to different terrains. It can operate in GPS-denied environments and adjust its movements based on terrain interaction.

Rover Arches by DLR (German Aerospace Center) is a versatile rover designed for exploration in challenging terrains, particularly for lunar missions. Its unique architecture includes adaptable suspension systems and rugged wheels, allowing it to navigate rough, uneven surfaces with stability. Equipped with advanced sensors, cameras, and instruments, Rover Arches is capable of gathering data, conducting scientific research, and performing tasks autonomously or under remote control. The rover’s flexibility and mobility make it ideal for future extraterrestrial explorations. https://www.dlr.de/en/rm/research/robotic-systems/mobile-platforms/lru

The Institute of Robotics and Mechatronics at DLR develops a variety of robotic systems, including aerial robots, arms, humanoids, and mobile platforms. Their work focuses on areas like sensor integration, control, and autonomous systems for various applications such as space, manufacturing, and field robotics.

DEX-EE by Shadow Robot Company is an advanced robotic hand featuring three opposable thumbs, designed for high dexterity and precision. With 24 actuators and tactile sensors, it can perform complex tasks that require fine motor skills. The hand’s unique design allows it to manipulate objects with a human-like grasp, making it ideal for applications such as assembly, medical robotics, and research. It offers flexibility through its modular system and can be integrated into various robotic platforms. The multiple thumbs enhance its ability to handle objects in novel ways, improving grip versatility.

Wing Delivery Drones are autonomous aerial vehicles designed for rapid, small-package delivery. Developed by Wing, a subsidiary of Alphabet (Google’s parent company), these drones are capable of delivering goods such as food, medicine, and other essentials directly to consumers. Equipped with GPS and advanced navigation systems, Wing drones are able to fly autonomously to predefined destinations, avoiding obstacles and adhering to airspace regulations. They use a tether system to lower the packages gently to the ground, ensuring safe and efficient deliveries. The drones offer a significant reduction in delivery times compared to traditional ground transport methods, and their environmental footprint is smaller since they are electric-powered. Wing’s focus on safety, efficiency, and reliability makes their delivery drones an innovative solution to urban logistics challenges.

The Nadia Humanoid is a hydraulic robot developed at IHMC for research in locomotion and control. It’s designed to mimic human-like movement, making it a key platform for developing humanoid robot behaviors and control algorithms. IHMC is also developing a fully electric version, Alexander, to improve performance and scalability. Their research includes humanoids as avatars and teammates for tasks in urban exploration, space applications, and remote operations.

The PR2 (Personal Robot 2), developed by Willow Garage, is a versatile research platform designed for robotics experimentation and development. It features two 7-DOF robotic arms with grippers, a mobile base, and a sensor-laden head equipped with cameras and a tilting laser scanner. The robot uses the ROS (Robot Operating System), which Willow Garage pioneered, making it a cornerstone for robotics research worldwide. Its modular design and open-source software make it highly adaptable for tasks like object manipulation, navigation, and human-robot interaction.

Standing approximately 1.65 meters tall and weighing about 225 kg, the PR2 is equipped with a rechargeable battery that allows for extended operation. It has been used in labs globally for diverse projects, including folding laundry, fetching drinks, and collaborative robotics. Although no longer in production, the PR2 remains influential in robotics education and research.

TRON 1 by LIMX is not a bipedal robot but rather a mobile robot designed for research purposes. It is typically equipped with wheels or tracks for mobility, rather than legs. Its main function is to assist with material handling, autonomously transporting goods within warehouses or factories. The robot uses advanced sensors and AI for navigation, ensuring smooth and efficient movement through complex environments. The focus is on automating logistics and improving efficiency rather than mimicking human or animal locomotion.

ABB’s AMRs (Autonomous Mobile Robots) are cutting-edge robots designed for flexible material handling, seamlessly integrating with smart factories to optimize workflows and increase efficiency.

ABB’s Flexley series includes three models designed to optimize material handling across different tasks in industrial environments: • Flexley Tug: A versatile AMR designed for towing carts or other loads, ideal for warehouses and manufacturing settings. It autonomously navigates through tight spaces, improving workflow efficiency. • Flexley Mover: This model specializes in transporting goods from one point to another with precise and reliable navigation. It handles non-conveyable goods and is perfect for environments with dynamic layouts. • Flexley Fork: Equipped with a fork, this AMR is designed to lift and transport palletized goods. It is suitable for operations involving the movement of large or heavy loads in warehouses, improving automation in logistics.

Each of these AMRs utilizes advanced AI and sensor technology to autonomously navigate their environment, ensuring efficient and safe transportation of materials.

The Bolt UAV by Anduril Industries is designed for versatile operations, including reconnaissance and tactical support. It can also carry explosive payloads for precision targeting if needed, serving both as an ISR platform and a loitering munition, depending on mission requirements. Its adaptability ensures functionality in both defensive and offensive roles.

The Bumblebee drone by SUIND revolutionizes rubber tree spraying with precision and efficiency. Designed for agricultural applications, it features advanced spraying systems that ensure uniform coverage while minimizing waste. Its autonomous navigation, powered by AI, allows it to maneuver through plantations with ease, adapting to varying tree heights and densities. Lightweight yet robust, the Bumblebee increases productivity, reduces labor costs, and promotes sustainable farming practices.

The Swiss Mile Robot Dog combines legged and wheeled locomotion for unparalleled versatility. Ideal for logistics, surveillance, and urban navigation, it transitions seamlessly between walking and rolling, tackling complex terrains and tight spaces. Equipped with advanced AI and robust sensors, it adapts dynamically to its environment, ensuring efficient and reliable operation. Its modular design supports various payloads, making it a game-changer across industries.

RAIBO2 is a robust and energy-efficient quadrupedal robot designed for long-term use in challenging environments, developed by RAILAB. It weighs 42 kg and can reach speeds of up to 6 m/s, ensuring reliable performance with up to 8 hours of continuous operation. Its modular hollow-shaft actuators provide both strength and flexibility, enabling it to handle demanding tasks with precision. Additionally, RAIBO2 is designed to be easily serviceable and manufacturable, making it a practical and cost-effective solution for industrial applications where durability and efficiency are essential.

The Proxie by Cobot is specifically designed for logistics tasks. It focuses on automating material handling, sorting, and order fulfillment processes in warehouses and distribution centers. Proxie’s intuitive interface allows it to be easily programmed for a variety of logistical operations, increasing efficiency and reducing manual labor. Its compact design and mobility enable seamless integration into existing warehouse systems, optimizing workflows and improving productivity in logistics environments.

The KIT-Gripper is a multifunctional robotics gripper for the disassembly of electromechanical devices. Based on the concept for a multifunctional gripper, the KIT Swiss Knife Gripper, it is capable of the execution of highly precise bimanual manipulation actions like in-hand manipulation, unscrewing or levering needed for disassembly tasks. The kinematic structure of the gripper allows the execution of these tasks with one single robot arm and tool exchange to address the variety of different tools in rapid succession. The Gripper combines a classical parallel gripper for grasping the object to disassemble, and a tool-equipped robotic arm. A pneumatic sucking device further allows the lifting and repositioning of the grasped electromechanical device within the gripper.

HEAP (hydraulic excavator for an autonomous purpose) is a customized Menzi Muck M545 developed for autonomous use cases as well as advanced teleoperation. The machine has novel force-controllable hydraulic cylinders in the chassis that allow it to adapt to any terrain (see KTI project). Additionally, HEAP is equipped with sensors necessary for autonomous operation, i.e. LIDARs, IMU, GNSS and joint sensing. The primary autonomous use case is robotic landscaping/autonomous excavation investigated in dfab. 

Driving innovation in robotics and AI, Toyota Research Institute (TRI) focuses on assistive robots for elder care, mobility, and household automation, enhancing independence and quality of life through cutting-edge technology.

Toyota Research Institute & Boston Dynamics Partnership

TRI and Boston Dynamics collaborate to advance robotics for mobility, elder care, and industrial applications, combining Toyota’s AI expertise with Boston Dynamics’ robotics innovation.

Baubot is an Austrian startup developing mobile robotic systems for the construction industry. These robots automate tasks, enhance safety with advanced sensors, and use BIM-driven missions for greater precision. Their systems aim to improve efficiency, safety, and cost-effectiveness in construction projects.

The Guardian XT by Sarcos is a teleoperated dual-armed robot designed for hazardous tasks, enabling operators to perform complex operations remotely. It offers human-like dexterity and safety.

The GITAI G1 is a robotic arm designed for space exploration, capable of performing tasks like satellite assembly and space station maintenance. It operates in microgravity and is designed for high efficiency and precision.

Strapped to the Mars Perseverance rover's belly for the journey to Mars was a technology demonstration — the Mars Helicopter, Ingenuity, which completed 72 historic flights and became the first aircraft to achieve powered, controlled flight on another planet.

Brightpick’s Autopicker is an AI-driven robot designed to automate order picking in warehouses. It uses advanced computer vision and machine learning algorithms to select and consolidate items, optimizing the fulfillment process.

A quadrupedal robot by Xiaomi, offering advanced sensing, mobility, and AI-driven interaction.

Proteus by Amazon is a robot designed for warehouse automation. It uses advanced AI and robotic arms to efficiently move and organize items, improving operational efficiency in fulfillment centers. Kiva, Pegasus, Xanthus

Astrobee, NASA’s new free-flying robotic system, will help astronauts reduce time they spend on routine duties, leaving them to focus more on the things that only humans can do. Working autonomously or via remote control by astronauts, flight controllers or researchers on the ground, the robots are designed to complete tasks such as taking inventory, documenting experiments conducted by astronauts with their built-in cameras or working together to move cargo throughout the station. In addition, the system serves as a research platform that can be outfitted and programmed to carry out experiments in microgravity – helping us to learn more about how robotics can benefit astronauts in space.

Harvard Microbotics Lab

IEEE Video Harvard Video

The da Vinci Surgical System by Intuitive is a robotic platform designed for minimally invasive surgery. It provides enhanced precision, vision, and control with multiple models like Xi, SP, and X tailored for various surgical needs.

Smarter Everyday Machina Labs

LEONARDO is a bipedal robot developed by Caltech's Center for Autonomous Systems and Technologies (CAST). It integrates walking with flying capabilities, enabling it to perform complex maneuvers such as walking a slackline, hopping, and even riding a skateboard. This innovative design combines multi-joint legs with propeller-based thrusters, allowing for precise balance and control. LEONARDO's unique locomotion system bridges the gap between terrestrial and aerial movement, offering potential applications in areas like advanced air mobility and autonomous navigation.

OceanOneK, developed by Stanford Robotics, is a humanoid robot for deep-sea exploration. With capabilities like bimanual manipulation, stereo vision, and human-robot haptic interaction, it can reach depths of up to 1000 meters. It has explored various shipwrecks and aircraft and performed the first humanoid robot deep-sea dive at 852 meters.

The construction robot Hilti JAIBOT is a complete, self-contained, software and hardware system for semi-autonomously locating, drilling and marking anchor locations overhead.

Somatic’s BCR (Bathroom Cleaning Robot) autonomously handles tasks like spraying chemicals, vacuuming floors, and opening doors in commercial bathrooms. It offers precision cleaning and cost savings while reducing staff turnover. The system is ideal for high-traffic areas, ensuring a hygienic environment.

Apptronik’s latest upper body humanoid robot. It is designed to operate with and around humans. It has state-of-the-art actuation packed into a small form factor and can be put on any mobility platform.

MiroSurge is a robotic telesurgery system developed by DLR (German Aerospace Center). It features three lightweight robotic arms—two for surgical tools and one for a 3D camera. Designed for minimally invasive procedures, the system provides haptic feedback to the surgeon, enhancing precision and safety. MiroSurge supports remote operations and advanced control interfaces, making it ideal for future space and remote medical applications.

The PHASA-35 by Prismatic is a solar-powered, high-altitude UAV designed for persistent surveillance and communication. It operates in the stratosphere, providing low-cost satellite-like capabilities.

A robotic kitchen system by Moley Robotics that automates cooking and delivers high-quality meals.

The FANUC M-2000iA/1700L is a heavy-duty industrial robot designed for handling large and heavy objects. It offers a payload capacity of up to 1,700 kg and a reach of 4,683 mm, making it suitable for applications such as assembly, spot welding, pick and place, palletizing, part transfer, material removal, and dispensing. Its robust design and extended reach enable it to perform tasks that typically require cranes or hoists, thereby increasing productivity and reducing manual labor.

The Husky Observer by Clearpath Robotics is an autonomous robot designed for solar farm inspections. It uses AI and advanced sensors to monitor solar panel performance, improving maintenance efficiency and reducing costs.

Moxie is a social robot designed to help children aged 5-10 build social and emotional skills. It offers interactive missions, emotional support, and academic learning tailored to each child. With AI-driven conversations and activities, Moxie encourages empathy, communication, creativity, and mindfulness. It serves as a supportive companion that helps children express feelings and engage with their surroundings.

PUDU DH11, an 11-degree-of-freedom dexterous hand to elevate the object manipulation capabilities of specialized, semi-humanoid, and humanoid robots. This release, following the semi-humanoid robot PUDU D7, represents another crowning achievement from the Pudu X-Lab and signifies a monumental breakthrough in precision robotic operations.

https://www.linkedin.com/posts/genai-works_buildwithai-ai-prosthetics-activity-7265559673250971648-aj4V?utm_source=share&utm_medium=member_ios

At around 34 grams in weight, 22 centimetres in length and with a wingspan of 24 centimetres, the BionicBee is the smallest flying object from the Bionic Learning Network to date. This is the first time that the developers used the generative design method: after entering a few parameters, a software finds the optimal structure based on specific design principles in order to use as little material as necessary to create the most stable design possible. This consistent lightweight construction is crucial for good manoeuvrability and flight duration.

Noetix Robotics focuses on developing humanoid robots, including models like the Dora, which features agile movement and strong sensory interaction capabilities. Their robots aim to advance in various industrial and interactive fields.

A humanoid robot by Neura Robotics, designed for intuitive interaction and assistance in various industries.

The LimX CL1 is a bipedal humanoid robot developed by LimX Dynamics, designed for research and development in robotics. It features advanced control algorithms and actuators that allow it to perform dynamic movements, such as walking, running, and maintaining balance. The CL1 is particularly focused on enhancing the understanding of bipedal locomotion and robotics in complex environments. Its design is optimized for research purposes, providing a platform for testing AI, machine learning, and control theories related to robotics and human-robot interaction.

Laser Robotics is a company focused on developing humanoid robots, including the HECTOR V2, designed to advance embodied AI platforms.

Moxi by Diligent Robots is a collaborative robot designed for healthcare settings. It assists with tasks like delivering supplies, retrieving medications, and transporting equipment, freeing up staff to focus on patient care. Moxi is built to work alongside human teams in dynamic environments, navigating autonomously and handling a variety of objects.

PND Robotics’ humanoid robot combines advanced AI with human-like features to enhance automation in industries, providing intuitive interaction and versatile functionality.

Franka Robotics develops the Franka Emika Panda, a 7-axis collaborative robot with precise force control, ideal for research and industrial tasks. It offers a 3 kg payload and 850 mm reach.

https://www.linkedin.com/posts/circuitrobotics_drones-robotics-autonomy-activity-7237369549287829506-Ku7X?utm_source=share&utm_medium=member_ios

Carbon Robotics develops the LaserWeeder, an AI-powered machine that uses lasers to eliminate weeds in agricultural fields. It attaches to a tractor, employing computer vision and deep learning to identify and target weeds with precision. This method reduces reliance on herbicides, promoting sustainable farming practices.

The GITAI Inchworm Robot is a versatile robotic arm designed for space applications, featuring a 2-meter length and 7 degrees of freedom. It is equipped with grapple end-effectors on both ends, enabling tasks such as docking spacecraft, manipulating payloads, and performing inspections and repairs with high precision. The robot operates autonomously using advanced sensors and AI-driven software, with provisions for human supervision during critical operations. Its modular design allows for easy maintenance and scalability, making it a cost-effective solution for space missions. GITAI has achieved Technology Readiness Level 6 (TRL6) for the Inchworm Robot, demonstrating its readiness for space deployment.

Dexory employs data-driven robotics and AI to enhance warehouse operations at Huboo, a UK-based fulfillment provider. By deploying autonomous robots, Dexory creates a digital twin of the warehouse, enabling real-time data analysis and insights into product storage. This approach has led to significant improvements, including a 10% annual reduction in inventory costs and a 5-point increase in customer satisfaction.

Jetson creates personal electric aerial vehicles. The Jetson ONE is a lightweight eVTOL with 8 motors, 20-minute flight time, and 102 km/h speed, offering accessible personal air travel.

The O3dyn mobile transport robot by Fraunhofer IML is designed for efficient, autonomous goods transportation in industrial environments. It can autonomously navigate and perform delivery tasks, optimizing workflows in manufacturing and logistics settings.

The “Loadrunner” from Fraunhofer IML is a mobile transport robot designed to carry loads autonomously. It can be integrated into existing systems for flexible, autonomous material handling in industrial environments.

The evoBOT is a two-wheeled, self-balancing robot developed by Fraunhofer IML. It can transport loads up to 100 kg at speeds up to 60 kph, maintaining balance even on uneven surfaces.

Disney Research developed a bipedal robot focused on blending expressive, character-driven motions with robust dynamic mobility. It uses reinforcement learning for artistic motion control and an animation engine for real-time performances, creating engaging human-robot interactions for entertainment.

The Model T by Telexistence is a remote-controlled robot designed for tasks like stocking shelves in retail. It is equipped with flexible hardware, low-latency communication, and precise hands for handling merchandise. This robot aims to assist in automating labor-intensive retail operations. 

Cinematic Video

Artemis from RoMeLa is a humanoid robot designed for research and development in robotics. It focuses on advanced mobility, human-robot interaction, and autonomous decision-making for various tasks.

Mirokai from Enchanted Tools focuses on enhancing human-robot interaction by creating robots that use advanced AI to engage with and learn from their surroundings. Their systems are designed to be adaptive and intuitive, improving efficiency in various sectors, including manufacturing and service.

The MOTOMAN series from Yaskawa features a wide range of industrial robots designed for various tasks such as material handling, welding, assembly, and packaging. These robots are known for their precision, flexibility, and speed, and they integrate seamlessly with automation systems in manufacturing environments.

The MELTANT-α is an avatar robot developed by MELTIN MMI that replicates human hand movements with exceptional precision and flexibility. It utilizes wire-powered mechanisms to mimic the complex structure of human muscles and tendons, enabling both delicate and powerful actions. This design allows the robot to perform tasks such as holding an egg without breaking it or lifting a 500 ml bottle.

Kawasaki's Kaleido is a humanoid robot developed to integrate Kawasaki's industrial robotics expertise. Standing 180 cm tall and weighing 80 kg, it features a robust structure capable of withstanding falls. The 7th generation, RHP7, was launched at iREX2022. https://www.youtube.com/watch?v=VuULN9qOWwY

Foodly is a humanoid collaborative robot developed by RT Corporation, designed to assist in food factories with tasks such as picking and placing food items. It utilizes AI vision systems to recognize and handle various food products, ensuring efficient and hygienic operations.

The Compound Robot by Realman Robotics integrates various robotic arm solutions for flexible, high-precision tasks. It supports dual-arm setups, lifting systems, and advanced sensing for tasks in dynamic environments.

The Dual Arm Robot System (DARS) by ITRI is designed for advanced manufacturing and automation. Equipped with AI and vision systems, it performs precise tasks like object assembly and manipulation, adapting to dynamic environments.

Honda is developing avatar robots, which act as “second selves” for users, allowing them to transcend time and space. These robots can assist in remote work, emergency operations, and even space exploration. Honda aims to introduce these robots in the 2030s, enhancing human capabilities and accessibility.

Cloud Ginger 1.0 is an intelligent humanoid robot designed for services like reception, education, and elderly care. Equipped with 34 advanced flexible actuators, it offers visual-guided grasping, natural language processing, and autonomous navigation. With 3D perception and multimodal AI, it excels in tasks like face recognition and object handling.

Ardi is an AI-powered humanoid robot designed for human-like communication and interaction. It can perform various roles, such as assistant or concierge, with advanced expressions and autonomous task execution.

EVE is the prototype for NEO from 1X-Technologies. A humanoid robot by Halodi Robotics, featuring lifelike facial expressions and conversational AI.

Hyphen provides automated solutions for the foodservice industry, including its Makeline system for meal production. The system uses robotics for efficient assembly, ensuring precise portioning, increasing speed, and reducing waste. It also enhances staff productivity and helps handle peak demand.

BioiC (Bioinspired Soft Robotic Systems for Cognitive Production) develops robots mimicking biological systems to enhance precision, safety, and cognitive abilities. Focused on scalable soft robotics and adaptive industrial robots, it aims to improve production flexibility and human-robot collaboration.

The Mars Factory Delivery Robot from Autoxing is designed to automate material handling and transportation within industrial settings. It enhances productivity by efficiently moving goods while reducing manual labor. More details are available here.

The Colossus firefighting robot, developed with the Paris Fire Brigade, is designed for extreme conditions. It excels in fire suppression, casualty evacuation, and equipment transport. It features 10 interchangeable modules, advanced sensors, and can carry up to 800 kg. Colossus can operate for 12 hours and navigate rugged terrains with ease, making it a critical asset for firefighting teams.

Elfin is a 6-axis collaborative robot by Han's Robot, featuring a unique dual-joint module design for enhanced flexibility. It's suitable for tasks like assembly, welding, and spraying.

The PAXINI DEX is a tactile humanoid robot designed for tasks like car assembly and pick-and-place operations. It features a tactile dexterity hand with multi-axis tactile sensors and a multi-modal perception system, including four monocular cameras and one RGBD camera. The robot stands 1.8 meters tall, has a shoulder width of 0.52 meters, and an arm length of 0.72 meters. It can carry up to 10 kg and operates at speeds up to 25 km/h. The DEX is equipped with 180 tactile sensors and offers a battery life of up to 100 km.

Penholder, Laser-Engraver and 3D-printer

Migo Ascender is a robot vacuum designed to climb stairs and clean multiple floors automatically. It features a 2-in-1 vacuum and mop solution, AI-powered navigation, and customizable controls via a smart app.

Hai Robotics is a global leader in warehouse automation, specializing in Autonomous Case-handling Robotics (ACR) systems. Their HaiPick system enhances storage density and order picking efficiency.

The Pilot 7 is a 7-axis collaborative robot developed by Guangdong Tianji Intelligent System Co., Ltd. It features high-precision force control, making it suitable for tasks requiring both delicate touch and rigidity.

Vincross is a Beijing-based technology company specializing in consumer robotics. Their flagship product, HEXA, is a six-legged, programmable robot designed for learning and exploration. HEXA features 19 degrees of freedom, enabling it to walk, crawl, and climb various terrains. It is equipped with sensors including infrared transmitters, a 3-axis accelerometer, a distance-measuring sensor, and a 720p camera with night vision. The robot is powered by a dual-core 1 GHz ARM Cortex-A9 processor, supported by multiple co-processors. HEXA is designed to be a platform for users to learn how to program robots, offering an accessible entry point into robotics.

The N1 Implant is installed by the R1 robot. The threads of our implant are so fine that they can't be inserted by the human hand. Our surgical robot has been designed to reliably and efficiently insert these threads exactly where they need to be.

Versaball playing Beerpong

DENSO’s COBOTTA PRO1300/900 is a collaborative robot designed for small to medium-sized tasks in industries like electronics and assembly. It integrates seamlessly with various applications, providing flexibility and ease of use.

Beckhoff’s ATRO system is a modular industrial robot platform that allows for customizable robot structures tailored to specific applications. It integrates seamlessly with Beckhoff’s TwinCAT control system, offering flexibility and efficiency in automation tasks.

The Diana 7 from Agile Robots is a highly dexterous industrial robot arm with torque sensors in all seven axes, offering exceptional precision and force control. It is versatile, easy to use, and ideal for tasks in automotive and electronics sectors. It features a repeatability of ±0.05 mm and is capable of performing complex workflows with a 7 kg payload. The robot is supported by AgileCore software, making setup and maintenance intuitive.

A humanoid robot focused on AI interaction, capable of recognizing emotions and understanding commands.

The FIFISH E-GO is a professional-class, fully modular underwater robot by QYSEA. It features 360° omnidirectional movement, a 4K UHD camera, and an innovative ring-wing motor system for enhanced propulsion. Its dual battery system allows for hot-swappable replacements without powering down, ensuring continuous operation.

The Lenovo Daystar Bot GS is a six-legged robotic dog designed for unmatched maneuverability and stability. It features multiple motors and sensors for diverse terrain navigation, with additional equipment mounting options. It’s expected to launch in 2024.

The Kärcher KIRA B 50 is an autonomous floor scrubber designed for medium to large areas. It features intuitive user guidance, high-performance sensors for reliable navigation, and a flexible cleaning mode.

The Angel Legs robot by Angel Robotics is an exoskeleton designed to assist people with mobility impairments, enabling them to walk and improve their quality of life. It features advanced technology for enhanced movement, balance, and user autonomy.

casemagiQ is a universal case forming End-of-Arm Tool (EOAT) for robots, designed to simplify carton erection with a single pneumatic air system. It reduces installation time and complexity, working with various robots and carton sizes. Ideal for FMCG industries, it minimizes setup with an out-of-the-box, plug-and-play approach.

Alfred by Dexai Robotics is an AI-powered robot automating food preparation tasks in commercial kitchens, ensuring efficiency, consistency, and hygiene while working seamlessly alongside humans.

A robot by Waseda University for research in rehabilitation and human-robot interaction.

A humanoid robot by Engineered Arts, showcasing realistic facial expressions and advanced AI capabilities.

At the #WorldRobotConference 2024, the Beijing Embodied Intelligence Robot Innovation Center unveiled the latest version of the humanoid robot, "#TianGong 1.2 MAX."

The Booster T1 is a lightweight, flexible humanoid robot developed by Booster Robotics, designed for developers and researchers. It features open-source software, full API access, ROS2 compatibility, and advanced simulation capabilities, making it suitable for various applications, including robotics competitions and research projects. Recently, Booster Robotics became RoboCup’s official partner, showcasing the T1’s performance in football-playing scenarios.

The Galbot G1 is a versatile humanoid robot designed for industrial and home tasks. It features AI-driven learning, a three-fingered gripper, and can perform tasks like picking, cleaning, and organizing.

ExRobots is a Chinese company specializing in the development of bionic humanoid robots with enhanced facial expressions and emotional interactions. Their robots are primarily used for display purposes in museums, with future applications envisioned in healthcare and education sectors.

Kuavo 3.0 is an open-source humanoid robot developed by Leju Robotics. It features omnidirectional walking up to 5 km/h, 38 degrees of freedom (12 in the legs, 14 in the arms), and a 60V 16Ah rechargeable battery. Equipped with a structured light depth camera for vision, it supports HDMI and USB 3.0 interfaces.

NEXTAGE by Kawada Robotics is a humanoid robot designed for research and industrial use, featuring dual arms with high versatility and integrated vision systems. It works alongside humans in various tasks, ensuring safety and productivity in manufacturing. The robot can be used for research with real-time performance and is available in different models for industrial and development purposes.

The Agibot Raise A1 is a humanoid robot with a height of 175 cm and a weight of 55 kg. It can reach a high speed of 7 km/h, making it suitable for various applications.

Kuri was a home robot developed by Mayfield Robotics, a Bosch-backed startup. Designed to interact with family members, Kuri featured a built-in camera, microphones, speakers, and touch sensors. It could navigate the home, recognize faces, and respond to voice commands. Despite initial excitement, production ceased, and the company paused operations in 2018.

Yarbo is a modular robotic system designed for comprehensive yard maintenance. The Lawn Mower Module autonomously manages lawns up to 6 acres, adjusting cutting heights from 1.2 to 4 inches and handling slopes up to 35 degrees. The Snow Blower Module clears snow up to 6,000 square feet on a single 3-hour charge, throwing snow 6 to 40 feet. The Leaf Blower Module operates for up to 70 minutes per charge with a 190 mph air velocity. The core unit weighs 134 pounds and can tow up to 3,500 pounds. Modules are sold separately, with the core priced at $4,999.

Clone Robotics is developing highly advanced, musculoskeletal androids designed to address daily life challenges for both individuals and businesses. Their focus includes creating lifelike robotic hands and teleoperated systems. The company aims to revolutionize human-robot interactions and enhance productivity with cutting-edge technology.

MGrip from Soft Robotics is a versatile robotic gripper designed to handle delicate and irregularly shaped objects. It uses advanced soft robotics technology for precise and adaptable gripping. Ideal for industries like food processing, packaging, and manufacturing, it can manipulate a wide variety of products without damage.

The uFactory Lite 6 is a compact, collaborative robotic arm designed for tasks requiring precision and flexibility. It features a 600g payload capacity, a reach of 440mm, and a repeatability of ±0.5mm. Ideal for applications such as lab automation, robotic research, coffee machine operation, and touchscreen or keyboard testing, the Lite 6 offers a cost-effective solution for various industries. Its built-in control box and open-source SDKs facilitate seamless integration and programming.

Powerball is a gyroscopic exercise device designed for improving grip strength, muscle endurance, and hand coordination. It uses centrifugal force to engage the wrist, hand, and forearm muscles during use.

The Kinova Gen3 is an ultra-lightweight robotic arm designed for research and industrial applications. It features 7 degrees of freedom (DOF), embedded 2D/3D vision, and torque sensors in each joint. The Gen3 is known for its portability, with a weight of 8.2 kg, and its adaptability, offering a payload capacity of up to 4 kg. Its embedded controller and open software framework make it suitable for various tasks, including manipulation and automation.

JAKA Robotics specializes in collaborative robots (cobots) for factory automation. Their robots, like JAKA Zu and JAKA Pro, are used in tasks such as assembly, packaging, and quality inspection across industries.

The Meca500 from Mecademic is a compact, high-precision industrial robot designed for tasks like assembly, material handling, and inspection. It offers a 6-axis robotic arm with a small footprint, ideal for tight spaces. It is known for its ease of integration, flexibility, and reliability in demanding environments.

The Hanwha Robotics HCR series comprises collaborative robots (cobots) designed to work alongside humans, enhancing productivity across various industries. Models include the HCR-3A, HCR-5A, and HCR-12A, offering payloads from 3 kg to 12 kg and reaches up to 1,300 mm. These cobots are certified for ISO Class 2 cleanroom environments, making them suitable for sectors like food, pharmaceuticals, and semiconductors.

The Doosan Robotics H-Series includes the H2017 and H2515 collaborative robots, offering a 25 kg payload and 1,700 mm reach. They feature six-axis torque sensors for precise and safe operations.

The BionicCobot is a pneumatic, lightweight robot inspired by the human arm, designed for safe human-robot collaboration. Its flexible motion allows it to interact directly with people without protective barriers, making it ideal for tasks that require precision and care. The robot is operated intuitively via a tablet, with customizable sequences for various applications in production environments.

The Quattro robot from Omron is designed for high-precision and flexible automation in industries like automotive, electronics, and pharmaceuticals. It offers high-speed operation, high payload capacity, and superior accuracy, allowing for versatile tasks such as assembly and pick-and-place in tight spaces.

A humanoid robot by Karlsruhe Institute of Technology, designed for collaborative assistance in industrial and domestic environments.

The PuduBot by Pudu Robotics is an autonomous delivery robot used in restaurants and hotels. It carries food and beverages on adjustable trays, navigating efficiently with advanced tech.

FADA specializes in custom transfer carts and AGVs (Automated Guided Vehicles) for various industries, offering battery-powered, rail-guided, and omnidirectional transfer solutions. Their carts are designed to handle heavy loads, particularly in sectors like automotive, logistics, and energy. FADA provides tailored solutions with an emphasis on safety, maneuverability, and efficiency.

The LUMI XR by Luminous Robotics is an autonomous robot designed for solar farm construction. It efficiently handles and installs solar modules in various weather conditions, boosting productivity and safety.

Ascento is an autonomous robot designed for security and surveillance, equipped with AI and sensors like thermal, RGB, and infrared cameras. It provides real-time monitoring, patrol scheduling, and integration with existing security systems. The robot is all-weather capable, with autonomous charging and 24/7 support.

PiPER is a lightweight robotic arm with six integrated joint motors for smooth, precise control. Weighing just 4.2kg, it easily handles a 1.5kg payload and is made from durable yet lightweight materials for versatile use across various environments.

GaRo is an autonomous robot developed by NAVER LABS to transport heavy servers and assets within data centers. It can carry up to 400 kg and navigate between racks, enhancing operational efficiency.

The Poppy Humanoid is an open-source, 3D-printed robot designed for research and education. Standing 83 cm tall and weighing 3.5 kg, it features 25 actuators and a high-definition camera. Its modular design allows customization for various applications.

Reachy is a humanoid robot developed by Pollen Robotics designed for research, interaction, and service tasks. It offers high versatility with its advanced arm and hand functionality, ideal for academia and industry. 

The RB-Watcher by United Robotics is a surveillance robot designed for monitoring and inspection. It features advanced sensors and mobility, ideal for environments that require constant observation.

Kevin is a mobile robot designed for laboratory automation. It integrates seamlessly into existing lab environments, handling tasks like plate handoffs with 24/7 autonomy, even in dark conditions.

A humanoid robot by SoftBank Robotics, widely used in education and research for its interactive capabilities.

The Plato robot by United Robotics is an autonomous mobile platform for service tasks like delivery. It navigates environments, avoids obstacles, and is used in hospitality and healthcare sectors.

Pepper is a humanoid robot designed for social interaction, capable of recognizing faces and emotions. It engages people with speech recognition, touch, and a touchscreen. Used worldwide in businesses and schools, it serves as a welcoming assistant. It features multimodal interactions and autonomous navigation.

The HOAP series by Fujitsu features humanoid robots for research, with models like HOAP-1, HOAP-2, and HOAP-3 offering 20-25 degrees of freedom, used for tasks like walking, grasping, and more.

ASIMO, developed by Honda, is a humanoid robot designed to interact with people, move in crowded spaces, and perform tasks using its hands. After over 20 years of development, ASIMO demonstrated the potential for robots to coexist with humans in everyday environments. It helped advance research in bipedal movement, safety in interactions, and autonomy.

The PX5 by Pxing is an advanced industrial robot with a focus on precision and high performance in tasks like handling, assembly, and welding. It is designed for automation in various industries, offering flexibility and reliability.

Toyota’s CUE is a basketball-shooting humanoid robot developed by Toyota employees, achieving precise free throws with advanced AI. It set a Guinness World Record for most consecutive basketball shots.

The RB-Y1 is a mobile robot designed by Rainbow Robotics for various industrial applications. It offers flexibility in automation tasks with robust performance. 

Aeolus Robotics creates service robots for homes and businesses, specializing in tasks like cleaning, delivery, and eldercare, with advanced AI for human-robot interaction and autonomous navigation.

AMBIDEX is a dual-arm robot developed by NAVER LABS through collaborative research on human-robot coexistence. It features an innovative cable-driven mechanism that enables safe and efficient interaction with humans. The robot supports high-speed, wireless, real-time control via 5G networks, allowing for precise manipulation in various applications.

The DR01 humanoid robot by Deep Robotics is designed for AI and big data training, enabling advanced embodied intelligence. It features fast walking (1.6 m/s), navigates complex terrains, and can autonomously adapt to new environments. It utilizes self-developed joints for enhanced mobility.

The GR-1 by Fourier Intelligence is a humanoid robot designed for research, education, and industrial use. It features 11 degrees of freedom, AI capabilities, and advanced environmental perception for various tasks.

The Phoenix by Sanctuary AI is a general-purpose humanoid robot designed for real-world tasks. It features advanced AI, dexterity, and human-like interaction for versatile workplace applications.

The Forerunner Kepler is an advanced service robot designed to automate order taking and delivery in restaurants, cafes, and hospitality environments. It features AI-based navigation, obstacle avoidance, and an interactive touch interface for customer engagement.

The Unitree G1 is a humanoid robot with 23 to 43 degrees of freedom, featuring a three-fingered gripper and advanced AI-driven learning capabilities. It is designed for interactive and practical tasks.

The Unitree H1 is a full-size humanoid robot designed for research and industrial applications. It features 27 degrees of freedom, 360° depth sensing with 3D LiDAR and depth cameras, and a peak torque density of 189 N·m/kg. The robot can achieve speeds up to 3.3 m/s and has a battery capacity of 864 Wh.

The MenteeBot is a versatile robot designed for both household and warehouse tasks. It can assist with tasks like table setting, laundry handling, and item retrieval in warehouses. Equipped with advanced AI, it learns new tasks through verbal instructions and visual imitation. It can carry up to 25 kg and operates for up to 5 hours. With a height of 175 cm and a weight of 70 kg, it interacts through voice and features cutting-edge perception and advanced human-machine interaction.

NEO BETA is a humanoid robot from 1X Technologies designed for both home and industrial applications. It offers advanced interaction capabilities, learning systems, and highly realistic movement to assist in various environments. The robot can perform everyday tasks and provide useful services, with a focus on integrating into human environments seamlessly.

A humanoid robot designed for industrial applications. It has a payload of 55 lbs, 4-hour battery life, and advanced software for seamless integration into operations.

A bipedal robot from Agility Robotics designed for logistics and material handling in human environments.

A hydraulically powered version of the Atlas robot by Boston Dynamics, showcasing extreme agility and strength.

Tesla's humanoid robot built for repetitive and dangerous tasks in manufacturing and beyond.

A humanoid robot by Figure designed for industrial applications, standing 1.68 m tall, with a 20 kg payload and a 5-hour runtime.

A fully electric humanoid robot by Boston Dynamics, designed for real-world tasks with advanced mobility and agility.