Developed at the Delft University of Technology, Museon Walker is a completely passive walking robot that can stably walk down an incline. Museon Walker was built to demonstrate the principle of passive dynamic walking.
Simplest Passive Dynamic Walker is a 2D robot that is equipped with straight legs along without knees or feet. It is capable of walking on a tiled slope without using any motors. The dynamics of passive dynamic walkers are extremely simple.
The Dutch Robotics project Mindwalker is a wearable robot "suit" designed to help disabled people walk again. Using Brain-Computer Interface technology, the exoskeleton will support the patient and trigger correct brain control signals. The end product…
Dany Walker is a true walking robot. Fuzzy algorithms give it smooth balance and lateral plane control. It can even walk on inclined surfaces due to force sensors on its feet.
Sakakibara-Kikai Company Ltd., a Japanese manufacturer, developed Land Walker which stands at 340cm. It has a cockpit, two air cannons and can walk at a speed of 1.5km per hour.
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.
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.
ROBO3 launched a raptor robot named Alpo in 2001. It made headlines because it was South Korea's first robotic dinosaur that walked on two legs. Alpo walks at a rate of 1.4 meters per minute and maintains balance by swaying its neck and tail while walking,…
The 32nd annual International Symposium on Automatics and Robotics in Construction and Mining (ISARC) is to address the global concerns and needs of every construction industry
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…
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.
Lely, which has succeeded in providing a revolutionary innovation to the dairy business, announced that 2014 marks the twenty thousandth Lely Astronaut milking robot being installed.
Arius is a bipedal fighting robot from the Sumii family. Hitec servos and double servo knees gave it remarkable stability and mobility in the 2006 ROBO-ONE Tournament.
The Astronaut A4 robot aims at ensuring improved milk quality and better milk production. By inventing this robot, Lely aims to provide the highest attainable milk quality.
GENUS is a two-legged humanoid robot. Well-packaged and compact, it is more flexible than the MANUS robot and can play soccer and pick up objects. GENUS also has a WIFi module.
Bipedal humanoid Hajime 11 is another in the Hajime line of fighting robots. Unlike previous versions, it has a mostly bright red body. Videos on the Internet show how stable this bipedal robot's joints are and how fast it can walk. It also competes in…
Hajime Robot 4 continues in improvements over its two predecessors. This work paid off when it took home two consecutive wins at the ROBO-One Bandai Cup in 2003. Hajime Robot 4 can walk on even and uneven terrain. It is a bipedal robot with servo motors…
Hajime Robot 5 has added some new skills over Hajime Robot 4. It has Tai-Chi skills and is mostly white instead of mostly blue. This robot is still a fierce competitor, however; it has participated in Robo-One competitions and other robotic tournaments.…
Like its predecessors, Hajime Robot 9 is a fierce competitor in RoboCup and Robo-One competitions. This version is yellow and black and has a hook on one arm for a weapon. This humanoid robot is bipedal and can move on both even and uneven ground.
Designed and built at the Delft Biped Laboratory, Stappo was developed as their first walking robot. Armed with two legs, Stappo functions on two magnets. The robot is capable of walking on flat as well as horizontal surfaces.
TITECH developed a dinosaur robot called TITRUS-III. It uses its tail as a third leg for stability and its head as manipulator, and sways its long neck and tail to maintain balance. Although it was never developed full scale, it inspired the development…
The WT-1 is a robotic research platform that became the foundation for the development of cell phones. This research on also contributed to other language-based developments. The WT-1 is capable of data compression through transmission of human vocal…
Waseda University's WT-1R is the second version of the WT-1. They have made many improvements to the robot, including its ability to speak consonant sounds. The vocal organs have 15 DOF and produce a more natural speech mechanism than the original had.
Waseda University developed WT-2, a robot which can produce human-like voices. It can be used to train vocally impaired people. WT-2 has vocal organs that have 15 degrees of freedom, which contributes to its exceptional voice quality.
Waseda University developed WT-3; a robot that can produce human-like voices. It is able to produce consonants, vowels, stops, and nasal sounds easily. WT-3 also has an improved vocal tract mechanism so that its words and sounds have better clarity than…
