About robots, robot development
and those who make it happen

U. of Tokyo


U. of Tokyo
  • Japan
  • University
  • Robotics Developer

PRODUCTS

  • Akira Akira

    The Akira robot was created by JSK Laboratories of the University of Tokyo in 1996. Akira made headlines for being able to learn movement by using a puppet. This humanoid robot has a remote brain and can even approach and kick a ball.

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  • Apelike Apelike

    Apelike is a humanoid robot made for behavioral studies in the early 1990s. It has two arms and legs, can walk, climb, and swim, and its remote brain develops over time.

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  • Assistant Robot (AR) Assistant Robot (AR)

    For those who want housework help, Assistant Robot is ready for action. This highly flexible robot can even evaluate tasks to determine if it was successful.

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  • Athlete Robot Athlete Robot

    Athlete Robot has flexible legs that allow it to run and jump. Compressed air and elastic prosthetic blades make this robot capable of human-like movement.

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  • Chibita Chibita

    JSK Laboratory created an extremely small robot in 1994 called Chibita. The robot walks on four legs, and can continue to walk even if it topples over or accidentally turns over.

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  • Chuuta Chuuta

    JSK Laboratory has created a four-legged robot called the Chuuta. The Chuuta is programmed to use an ultra-sonic range finder in absence of any vision processing hardware.

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  • Goemon Goemon

    JSK Laboratory developed Goemon in 1993. This Japanese robot can walk, sit, bow, and perform several other simple movements. It has four legs and eight degrees of freedom.

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  • Goemon II Goemon II

    Goeman II was developed by JSK Laboratory in 1995. This quadruped robot can walk and pose. Goeman II has tactile and vision sensors that can be accessed at the same time.

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  • H6 H 6

    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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  • H7 H 7

    Research by the University of Tokyo, JSK Laboratory, and Kawada Industries resulted in H7, a human-size humanoid robot. This robot is capable of autonomously performing in indoor environments designed for humans. It being used as a research platform…

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  • Hanzou Hanzou

    JSK Laboratory’s Hanzou robot is a research robot. It is remote-brained and can walk on its two feet. The robot has a CCD camera and can stand up if it falls over.

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  • Haru Haru

    The Japanese JSK Laboratory launched the HARU Project and created the Haru robot series. This service robot has RC Servo which serves as actuators controlled by a radio.

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  • Igoid Igoid

    Igoid is a humanoid robot designed by JSK Laboratories to research sensor-based reactive behaviors. It has a tactile sensor suit that enables it to respond to touch and sound.

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  • IRT Humanoid IRT Humanoid

    Tokyo University developed a humanoid called Information and Robot Technology to help the aeging society. This bipedal humanoid is covered in soft latex foam and paper.

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  • Kaz Kaz

    JSK Laboratories at the University of Tokyo created the humanoid KAZ in 2003. The robot is remote-brained, can operate on its own and can control the software of small humanoids.

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  • Kenta Kenta

    JSK Laboratories developed Kenta, an advanced child-sized humanoid robot. It has a spine enabling it to perform whole body movements and tracks objects using eyes, neck and spine.

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  • Kotaro Kotaro

    JSK Laboratory and University of Tokyo created the Kotaro humanoid robot. It is flexible, has reinforced humanoid muscles and has the potential to integrate in people’s life.

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  • Macra Macra

    JSK Lab developed a humanoid robot called Macra. This humanoid has pressure and temperature-sensitive skin, and bothType-I and Type-II Motor Unit Smart Actuator Modules. Capable of stepping and crawling, Macra is equipped with multi dimensional sensors.

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  • Mamoru Mamoru

    Developed by the University of Tokyo, the small robotic machine Mamoru is a service robot designed to care for the elderly. Momoru can tell where specific objects are, even if they have been misplaced, and bring them to its owner. The helpful robot can…

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  • Mowgli Mowgli

    Mowgli is a Japanese robot which can jump and land autonomously. This air powered robot contains an artificial musculoskeletal system with pneumatic muscles which give it six DOF.

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  • Noby Noby

    Noby is a baby humanoid robot built to resemble a nine month old. It has soft urethane skin, 600 sensors for its sensor and motor functions and two cameras. Noby is connected to a powerful computer and was created by Yasou Kuniyoshi to help study the…

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  • PIGORASS PIGORASS

    A U. of Tokyo grad student built PIGORASS, a 13-foot robot quadruped with a simulated neural system, ABS resin/carbon fiber body, and both pneumatic and passive muscles.

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  • Rabbit Rabbit

    The JSK Laboratories and the University of Tokyo developed a whole body tendon robot called the Rabbit. It has multi-joint flexible spine and can do simple gymnastic movements.

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  • Sasuke Sasuke

    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.

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  • SQ43 SQ43

    The SQ43 has tendons which give it fluid and flexible movement. Its unique shock absorption features allow it to move through small spaces and even over irregular terrain.

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  • TAMA I TAMA I

    The TAMA robot is a four-legged robot developed by JSK Laboratories. It has object recognition and can grab a ball with its graspers. It acts like a dog but has a robotic appearance.

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  • TAMA II TAMA II

    JSK Laboratory of the University of Tokyo developed a robot called TAMA II. It can see and send visual data, navigate different terrains, and can recognize and grasp an object.

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  • TH1 TH1

    JSK Laboratories developed TH1, a tendon driven robot prototype. This humanoid robot has flexible spines for human-like motion, and can track an object using its eyeball.

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  • Theta

    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.

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  • Tot Tot

    JSK Laboratory of the University of Tokyo developed a robot called TOT which can operate simple tools. Using a CCD on its head as its eyes, it can navigate its environment.

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