We provide the advanced technology through humanoid robots.

Middle Size Humanoid Robot

Middle size humanoid robot can afford to the size and weight that can be mounted equipment such as a small PC and cameras. The weight of the robot is 10 [kg] and light, so that it is relatively easy to operate and test it. The controller and system configuration is the same in all sizes of the robot, so that it is easy to migrate to small size to medium size robots.

The mainstream of the middle size robot is now "HAJIME ROBOT 39". The robot has high torque servo motors made by Vstone in the legs. A parallel link mechanism in the legs is adopted to improve walking accuracy. It is possible to change the actuators from Vstone servo motors to Robotis or Futaba servo motors.

We sell a platform kit for RoboCup humanoid league Teen size. The user won at RoboCup 2010 (CIT Brains at RoboCup 2010).

HAJIME ROBOT 39

HAJIME ROBOT 39
<Example> CIT Brains at RoboCup (Chiba Institute of Technology) (Japanese site)

Specifications

HAJIME ROBOT 39
Height 1000[mm](3.28[ft])
Weight 10[kg]
Degrees of Freedom 17
(Legs: 10, arms: 6, head: 1)
parallel link in the legs
Frame Aluminum plate,
Carbon-fiber reinforced plastic (CFRP)
Actuators Servo motors
VS-SV3310, VS-SV1150 (Vstone), RX-28 (Robotis)
Sensors Gyroscopes (3-axis)
Accelerometer (3-axis)
Motion controller HC5 for Robotis (HAJIME Controller)(CPU:SH2A/7211 160[MHz](Renesas Electronics))
Autonomous controller (Option) PC board
Camera (Option) USB Camera
Batteries (Option) Li-Po 14.8[V]
Development environment for motion controller SH2 cross C compiler, RTM (real time monitor), MLD (motion loader), C source program
Development environment for autonomous controller (Option) Windows OS, Microsoft Visual Studio
Features High-speed walking
All directional walking
Kicking
System configuration of the humanoid robot

System configuration of the humanoid robot

CIT Brains at RoboCup (Chiba Institute of Technology)

CIT Brains at RoboCup (Chiba Institute of Technology)(outer design is by CIT Brains)

How to adjust the middle size humanoid robot

How to adjust the middle size humanoid robot

3D CAD design of HAJIME ROBOT 39

3D CAD design of HAJIME ROBOT 39

3D CAD design of HAJIME ROBOT 36 with outer design

3D CAD design of HAJIME ROBOT 36 with outer design

Videos


Obstacle avoidance of HAJIME ROBOT 29



Extended-knee walk of HAJIME RBOT 36