About robots, robot development
and those who make it happen
  • P&I Lab. Kawashima G.

    The P&I Lab in Japan is part of the Tokyo Institute of Technology's goal to use the latest technology developments, including robotics, to make important contributions in today’s society. The school strives to use a combination of various disciplines,…

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  • LUCY

    LUCY was created as a result of extensive research into analysis of rigid and flexible mechanical systems, kinematical and dynamical simulations, and the development of new actuators. This robot's joints are powered by an antagonistic pair of pleated…

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  • Rook's Pawn

    Matt Bauer developed a humanoid called Rook’s Pawn III. This autonomous entertainment robot has a resin skull, Delfrin skeleton, titanium gears and can move in all directions.

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  • SWUMANOID

    The SWUMANOID swimming robot was designed to measure water resistance while swimming. Researchers hope the half-scale robot will allow them to make better swim gear.

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  • AI Lab.

    The VUB AI-Lab has worked with hundreds of researchers to study autonomous robots. It has a Robotics and Language Evolution Group that developed the core technologies FCG and Babel2. They are working on personalized products emerging from Tailored User…

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  • Australian Centre for Field Robotics

    The ACFR in the University of Sydney is one of the world’s largest robotic research institutes. It is actively involved in R&D for field robotics principles and systems. It is home to several groups and labs involved in robotics, such as the Center for…

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  • Automation and Robotics Research Inst.

    The ARRI of the University of Texas at Arlington aims to become the global leader of Micro engineering. Their research focuses in part on the fundamental issues in robotics and micro technology. They are collaborating with other engineering groups to…

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  • Beijing U. of Technogy

    The Beijing University of Technology is one of China’s recognized Project 211 universities with a multidisciplinary academic structure providing various programs. Some of the achievements include the research on wheeled robots and all-position welding…

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  • BioRobotics Lab.

    Harvard University's Biorobotics Laboratory focuses on research on the role of sensing and mechanical designs in motor control in robots and humans. They have developed applications in teleoperated robots and also intelligent sensors. Their primary research…

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  • Bristol Robotics Lab.

    The Bristol robotics Laboratory is the largest academic center for multi-disciplinary robotics research in the UK. Their mission is to understand the engineering and social roles of robotics. They have accomplished many robotics projects, including the…

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  • Center for Self-Organizing and Intelligent Systems

    Utah State University’s CSOIS works on the design and development of robotics. The Center has been developing robotic vehicles for TACOM. Another large project, automating two different tractors capable of spraying an orchard autonomously, was done for…

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  • Delta Line SA

    Delta Line SA are a pan European (Italy,France, UK,Norway,Sweden,Finland,Germany), manufacturer and supplier of motion solutions sub 800w,. technologies include:Portescap- DC / BLDC Motors / Fulling-

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  • Embedded Systems and Robotics Lab. (RESY)

    RESY is a prominent robotics lab in Germany, where researchers study ways to prevent harm to humans and robots coexisting in dangerous environments. Using lectures, tutorials, internships and various projects, RESY helps to advance the development of…

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  • Hankamp Rehab

    Hankamp Rehab specializes in robotic products for rehabilitation. In collaboration with Saebo INC, it has developed SaeboMAS, SaeboFLEX and SaeboREACH rehabilitation systems.

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  • Helsinki U. of Tech.

    The ATL at Helsinki University of Technology is a top-caliber research and teaching facility in the field of automation technology and robotics. Several groups have formed under the lab, including the GIM. This group has created many robots, including…

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  • Hirosaki U.

    Hirosaki University in Japan offers plenty of opportunities for those who want to study robotics. Their School of Science and Technology has a course on Intelligent Machines and System Engineering. This course teaches Vision-based Robot control and micromachine…

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  • ICS Computer Vision and Robotics Lab.

    The CVRL at Greece’s Institute of Computer Science was created to perform research and development in autonomous mobile robots. Among their robot creations is the Plato, a 4-wheeled skid drive robotic platform, and a Rotocraft Unmanned Aerial Vehicle.…

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  • Intelligent Robotics Lab. (IRL)

    The IRL at Vanderbilt University works to advance state-of-the-art intelligent systems. Through their research on autonomous robots and mobile robotics, they have created such robots as scooter robot ATRV-Jr. Other areas of focus include biologically-inspired,…

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  • Kinderlab Robotics

    KinderLab Robotics is a robotics start-up company aiming at helping young children in the age of four to seven to become ready for a world in which technology is widely spread throughout society. They teach them technical, problem solving and cognitive…

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  • Massachusetts Inst. of Tech. (MIT)

    The Massachusetts Institute of Technology is one of the most notable research universities in the world. You can learn about robotics at the Field and Space Robotics Laboratory, the Personal Robots Group, and the Biomometic Robotics.

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  • Purdue U.

    Founded in 1869, Purdue University is the second largest public university in terms of international student population in the U.S. Its ART Lab is a major center for robotics research in the state. The lab has partnered with DRB Fatec, Hoya Robotics and…

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  • Robotics Lab.

    The Laval University Robotics Laboratory pioneers research in the study of parallel mechanisms and articulated robotic hands. They have made numerous partnerships with other labs as well as government agencies, including the Canadian Space Agency. One…

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  • The U. of Electro-Communications

    Japan’s UEC boasts of its unrivaled scale of education and research in human-friendly science and engineering. In its Mitsuharu Matsumoto Laboratory, students are focused on research that includes human-robot interaction and intelligent robotics. Ahead…

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  • Toyama Lab.

    Toyama Laboratory in Japan researches such projects as ultrasonic motors. Besides being a part of the 2009 International Robot Exhibition, the lab is working on such advanced robotics projects as a power assist suit, which utilizes their ultrasonic motor…

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  • Zhejiang U.

    One of China’s premiere universities, Zhejiang University was once nicknamed “the Oriental Cambridge.” To address the growing demand for robotics, it established the Institute of Cyber-systems and Control. So far 863 humanoid robots and systems have been…

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  • An9

    Advertising robot An9-PR was developed by ALSOK and sells for $150,000. Besides having an electric board and 19-inch advertising monitors, it can patrol buildings and send coupons to mobile phones. This cute, friendly robot also has facial recognition…

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  • Android

    James Bruton wanted a robot that was completely unique from his others, so the Android 9's main focus was on the use of lightweight materials. The body is mainly built from balsa wood and aluminum, and Tamiya 72004 Worm Gear Gearboxes are used for its…

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  • A.T.F.

    The ATF robot invented by John Risch can control a small vehicle and enable it to follow its user. This sturdy control system can “run” and even stay stable when it rains.

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  • Birillo

    Marc Reynaud, has developed an entertainment robot that he named Birillo. This wheeled robot can function as both a security and an entertainment robot. Consumers should expect a lot of features as development is still being done. This is one of the many…

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  • DLR-Biped

    DLR-Biped was developed under the DLR project. It is a biped robotic platform which allows a robot to climb stairs, walk on uneven grounds and balance itself even when pushed.

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  • e-nuvo

    The two-wheeled robot E-NUVO Superwheel is a vehicle robot kit. This sturdy autonomous robot can make turns while staying in place, staying upright thanks to it sensors.

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  • Enryu

    TMSUK Co. Ltd. developed a heavy duty robot called Enryu T-53. It has arms to lift heavy objects and can be used in extreme environments like the Fukushima No. 1 nuclear power reactor.

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  • H

    The H6 has many features to help it function in real human environments. This robot has a 3D camera and wireless Ethernet interface, so it can operate without external cables.

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  • HWM (Humanoid Walking Machine)

    Students of Carinthia University have created an autonomous humanoid robot called HWM. Based on distributed system architecture, it can stand on one leg, walk and kick a soccer ball.

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  • HyQ Robot

    HyQ is a torque-controlled Hydraulic Actuated Quadruped robot developed by the Italian Institute of Technology. It can navigate difficult and rough terrains, and can also run and jump.

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  • JKU Bipedal Robot

    SCHUNK, SPACE and Johannes Kepler University combined their skills to create the JKU Bipedal Robot. It has 6 human-like DOF and force-torque sensors to create stability. A stereo-camera located in its head allows it to view its surroundings.

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  • Leo

    Leo is a 2D walking robot that is built by the Delft University of Technology for machine learning tests for humanoid robots. The boom construction of this 2D robot enables it to walk in circles and provides power to make sure the learning experiments…

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  • LS3

    Developed by Boston Dynamics, LS3, also known as Legged Squad Support Systems, is a modern robot that can go anywhere. As soldiers and marines go on foot, the rough-terrain robots carry the heavy loads. They can automatically follow their leaders by using…

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  • MechRC

    Trossen Robotics developed a humanoid robot called MechRC which comes in a pre-assembled kit. It has pre-installed motions and sounds, and the audio system on its chest lets you listen to music.

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  • Mi-Ro

    Fujitsu in Japan has developed a robotic machine to assist surgeons who have limited operating space. This robot, Mi-Ro, has compact lightweight arms which can perform a variety of functions. It has seven torque-controlled joints, which makes it more…

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  • Rollin’ Justin

    Household chores are easy with the help of Rollin’ Justin. This robot is the perfect helper with manipulation tasks, from catching objects to making a cup of coffee.

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  • SIG

    SIG is a humanoid created to help developers study the link between integrated perceptual data and the control of degrees of freedom. Auditory and visual processing abilities are under the TCP/IP network. SIG's tracking system is in real time and uses…

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  • Silf

    Katsuhisa Ito created a humanoid called Silf H1 out of passion for robotics. It did not have arms due to low funding but was the main attraction and won the Robotics Society Award.

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  • Trilobite 2.0

    The Trilobite 2.0 is a vast improvement over the original. Not only does it recharge itself, a smart sensor allows it to map an entire room as it cleans the edges. It can even be used in difficult areas such as under furniture. Trilobite 2.0 has an electronic…

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  • Wabian 2

    The Wabian-2 robot was developed to help in the design of exercise rehabilitation equipment. It can do exercises with humans and test the rehab equipment before it is used by a person. The Wabian-2 is controlled by a computer attached to its back. Scientists…

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  • WF

    Waseda University's WF-4R is a major improvement over the WF-3RIX. This anthropomorphic flutist robot now has 38 degrees of freedom. The range of motion increased in the neck and arms and the vibrato mechanism is smaller. The fingers are link mechanisms…

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