Tsinghua University offers various research facilities which focus on robot technology. Among their projects is the walking robot, developed by the university’s Robot Walking Group, which is a contender of the prestigious RoboCup competition.
The 5th largest university in Denmark based on number of applicants, Aalborg University has a long academic history. Since 2006, a professor and students from the Department of Mechanic and the Department of Electronic and Systems have been working on…
The Active Structures Laboratory of the Université Libre de Bruxelles specializes in such areas as walking machines and micro and mini robots. Some of their projects are being used in robotics facilities and space explorations. Projects the laboratory…
BAAT Medical specializes in developing robotic products for orthopedics. It produces Knee Orthosis Joint that replaces the conventional brace, and VirtuRob for rehabilitation purposes.
Founded in 1917, the Chulalongkorn University is considered as the oldest university in Thailand. It has experienced significant development in the field of technology and robotics. The Control Automation and Robotics Lab of the university is engaged…
Chou University in Japan is home to the Osumi Laboratory robotics lab, which develops advanced robot systems. Students learn how to exploit redundancy included in robotic systems and achieve cooperative handling based on position controllers. Their research…
Delft Biorobotics Laboratory aims at developing safe, efficient and novel robotic systems with biology related applications and/or biologically inspired designs, such as robotic arms that can be used for rehabilitation and bipedal walking machines.
Austria's JKU Linz offers students 110 educational institutes, including the Institute for Robotics (ROBIN). This Institute is dedicated to looking at a better technology and robotics platform that can be beneficial not only for the school but also for…
The Kitagawa-Tsukagoshi Lab at the Tokyo Institute of Technology focuses on the development of robots that can be utilized in dangerous environments for search and rescue missions. One of their current projects is a robot that can use a sensor that is…
MIT’s Leg Laboratory is one of the premier robotics research labs in the U.S. This lab created the Uniroo and 3D Biped robots, which appeared in the film “Rising Sun.” Devoted to developing dynamic-legged robots, Leg Laboratory has developed one-legged…
Moog is a company that is supplying motion control technology to improve performance in a wide variety of applications and markets, including commercial aircraft cockpits, the Formula One racing, medical infusion systems and power-generation turbines.
NASA JPL Robotics focuses on projects for robotics space exploration and other terrestrial uses. They have developed autonomy software and sampling arms for the Mars rovers, allowing them to travel independently and record data. The lab has worked on…
The University of Kaiserslautern’s Robotics and Process Research Group worked on the development and creation of autonomous mobile robots. The Group disbanded in 2001, but played a significant role in a number of robotics projects before it ceased to…
At the RRL at the University of Kaiserslautern, the lab focuses on the realization of complex autonomous robotic systems. Current projects include a robotic head to help the lab study the interaction between human and machine. Notable past projects include…
The Sabanci University Robotics Research Laboratory Platform is part of the school's commitment to academic excellence and providing students with all the skills they need to succeed after graduation. The lab's recent work includes the SURALP humanoid…
The Technical University of Catalonia in Spain is home to the Institut de Robòtica i Informàtica Industrial, a joint research center actively promoting basic research in robotics and applied informatics. Here, students conduct hands-on research with mobile…
The Robotics Institute Manipulation Lab at CMU is a prominent academic robotics research lab. Focusing on the autonomous robotic manipulation problem, the Lab works on everything from robotic hands to the dynamics of robotic legged movement. Among their…
The University of Jena is one of Germany’s premiere public research universities. The university actively participates in robotics at the Jena Locomotion Laboratory in which students and researchers are taught to develop robotic locomotion and movements.…
Being Michigan’s oldest university, the University of Michigan is one of the public research universities in America that has a very high research activity. As part of robotics research they host facilities like the Perceptual Robotics Laboratory (PeRL)…
Japan’s YNU is well-known for meeting the challenges of today in all its departments. In the Kawamura Laboratory in the Department of Mechanical Engineering, students research and develop solutions to the latest robotics challenges. The lab’s vision is…
Takara Tomy of Japan developed a bipedal called ROBO-Q. It is the world's smallest walking humanoid, and can be programmed to solve mazes and play soccer with other robots.
Robo Xero was created by Himeji Softworks and Futaba. This action toy robot can walk and run and also perform punches and jumps in martial arts style. It is also great for robot wrestling because it has a five-finger robotic hand and a strong grip. It…
Soccer-playing RoboErectus Jr won first place in penalty kicks in the 2002 RoboCup, but with a walking speed of 2 meters/minute it's not a big threat to human players.
RoboKind assists with human behavioral studies. The 60 cm humanoid can walk, displays and recognizes speech and facial expressions, and runs on Windows, Mac OS, or Unix.
China’s Cantata International Ltd. developed a humanoid called Robone. It has two modes for easy and sophisticated operations. It contains grippers in its arms and can work very fast.
RoboPal was designed for research into directive, responsive, collaborative, and independent human-robot interaction. It also tags along on errands and carries groceries.
Robopet is a fun, interactive dog robot. It has sonic and motion sensors and realistically responds to sound and movement. Robopet can roll over, bark, and learn tricks.
WowWee’s animated robot, Roboquad, has 72 pre-programmed moves and 3 speed modes. This highly customizable robot was a Gold Seal Awardee in the 2007 Oppenheim Toy Portfolio.
WowWee’s Roboreptile gives you hours of interactive fun. This robot reptile can avoid objects with infrared sensors as it moves. A whipping tail completes its realistic look.
WowWee’s Robosapien V2 takes biomorphic robots to the next level. It has all the abilities of V1, and lots of new ones such as standing and verbal response capabilities.
Robovie-i is a two feet tall, build-it-yourself robot. It moves by rocking its body, which makes it look like a wobbly drunk man. It costs less than other Vstone robots.
Robovie Nano is an entertainment robot created by Vstone. This small robot can walk, do cartwheels and side flips, and is fully customizable with RobovieMaker2 software
National University of Singapore developed a soccer playing robot called RoPE I. This bipedal robot can detect a ball, approach it, dribble it, carry the ball and make a goal.
National University of Singapore developed a soccer playing robot called RoPE II. This autonomous bipedal humanoid can kick a ball and modify its motion depending on situations.
The RS Media entertainment robot interacts with humans through multiple sensors. It can respond to speech, sit, and walk. It can also play movies on its LCD screen.
Tao Geng from University of Glasgow developed a bipedal robot called RunBot which has the record for highest speed. It has simple structure and advanced sensory algorithms.
RYOMA is an adorable humanoid robot created by Vstone. It was designed to entertain humans. RYOMA has a large head similar to Japanese anime characters and LED eyes.
University of Tokyo developed a bipedal humanoid called Sasuke. A remote brained robot, Sasuke has CCD camera as its eyes, can navigate places and carry loads while walking.
Sony developed SDR-4X as a part of the SDR series. It has 24 synchronized joints; can walk, balance on one leg, get up, kick a ball, dance; and recognize image and sound.
The pneumatic powered robot Shadow Walker was developed to help with research on humanoid walking. The goal is to make this robot function in a normal human environment.
The LIRMM developed a biologically inspired robot called Sherpa. This robot has human like capabilities, can interact with environment and is designed to carry heavy loads.
Atsuo Takanishi’s Laboratory and Tmsuk developed a humanoid called Shinpo. It is the first to walk with straight knees, and can play Janken, move wrists and climb stairs.
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.
The four-legged robot Silo4 was built to assist with research and development. It is a platform for developing other robots. The creators have made a book available for people who want to build their own Silo4. It is projected to be a great success with…
SILO6 is a six-legged robot that can search for and detect land mines. It was created to be a research platform for robotic research and improving the speed of walking robots. The mine locator subsystem is composed of a magnetic compass and GPS and Wi-Fi…
Less sophisticated than the Spring Flamingo, Spring Turkey was mothballed in 1996. The planar bipedal robot had an un-actuated boom to prevent roll and lateral movement.
David Buckley developed an educational biped robot called TecFoot. It is powered by five servomotors, and can walk on two legs by shifting its weight from one leg to the other.
TetWalker is a robot that moves by changing its shape. It was developed by NASA to explore difficult terrain. It changes shapes depending on the surface it explores.
The University of Tokyo developed a humanoid called Theta to study the free-swinging dynamics of humanoid walking. It has a double spherical hip joint and a hybrid knee joint.
Peter Dilworth from MIT developed a bipedal dinosaur robot called Troody. This autonomous robot has sensors, joints and on-board computer to guide it to walk, run and jump.
The Universidad Carlos III de Madrid in Spain developed a full sized humanoid robot called UC-3M. It can walk at different paces, and can interact with people and other robots.
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…
The Waseda University in Japan developed a humanoid called WABIAN-R. Using its control and coordination method, it can walk, dance with a partner, wave its arms and carry objects.
The WABIAN R-III was developed by Waseda University. It is a prototype humanoid robot. The WABIAN R-III can walk in multiple directions, dance, and show emotions. It is a more refined version of the WABIAN-2 robot, with 43 degrees of freedom and a balance…
The WABIAN-RIV is the predecessor of the WABIAN-2. It is a walking humanoid robot. The WABIAN-RIV Can walk forwards, backwards and sideways. Linear actuators installed in its legs help its developers to study its movement and work toward creating the…
Tmsuk and Waseda University developed a two-legged walking robot called WL-16 that carries people. This chair robot can also transport heavy goods in difficult areas or terrains.
Chinese National University of Defense Technology developed Xianxingzhe after getting inspired by the Japanese and the Americans. This bipedal humanoid robot can stand up and walk. Although criticized by many Japanese robot-makers, Xianxingzhe became…
