Here’s a cool lookin’ amphibious snake robot that can swim in the water. It looks scary the potentials of what (harmful stuff) this robot can possibly do.
ACM-R5 is equipped with paddles and passive wheels around the body. To generate propulsive force by undulation, the robot need a resistance property as it glides freely in tangential direction but cannot in normal direction. Due to the paddles and passive wheels, ACM-R5 obtains that cha
Wow, this is really cool… a radio controlled snake robot…maybe it can climb trees? and interact AI to those big snakes, anaconda?
Materials: Basswood and brass.
Components: Discrete TTL Control Unit, 14 servos, 16 batteries, 2-channel radio control. S1 was a recreation of earlier work by Shigeo Hirose in Japan, in which a single train of deflection travels down the length of the snake. Oscillatory deflections cause the snake to move forward. An offset to the oscill
