Target environment |
Buildings, underground facilities which are partially collapsed or on unstable ground after a severe disaster. Requires at least 60cm diameter hole to enter. |
Communication |
Basically wireless tele-operation. Wired is possible as well. |
Exploration Range |
Up to 100-300m of radius from the nearest access point (if no occlusion). up to Up to 40cm staircases and steps can be traversed. |
Sensors |
Color cameras, thermo cameras, microphones, 3D laser scanner, and trajectory sensing |
Battery Life |
Up to 1-2 hours (may vary with environment) |
Weight and Dimension |
20kg, Width: 430mm, Length: 580mm (minimum, when sub-tracks are folded) to 950mm (maximum, when sub-tracks are expanded) |
Waterproofness |
1cm depth pool, misty rain |
Acknowledgement |
Jointly developed by Chiba Institute of Technology (Drs. Koyanagi and Yoshida), Tohoku University (Tadokoro laboratory and Yoshida/Nagatani laboratory), Okayama University (Maeyama laboratory), AIST, NICT, and International Rescue System |
Checking found victim with color and thermo cameras (1) | Checking found victim with color and thermo cameras (2) |
Operation PC and the operator |
Exploration in the pile of rubble |
Getting over the random Stepfield |
Exploration on the second floor through staircases |
Obtaining images from the thermo camera |
Image from the thermo camera |
Interview by CNN |
Searching victims in a trial kenaf_victim1.mpg |
Getting over a random stepfield kenaf_mobility.mpg |
Searching victims by Kenaf of Chiba Institute of Technology kenaf_victim2.mpg |
Traversing a rapid slope by Kenaf of Chiba Institute of Technology kenaf_slope.mpg |