Lynxmotion Pete humanoid development platform (without software)

22 degree of freedom R/C servo bipedal walking machine with gripper

Each leg and arm has five degrees of freedom

Each axis has a range of motion of 180 degrees

Based on Servo Upright Machine (SES)

Lynxmotion Pete humanoid robot development platform (without software) is a 22 DoF R/C servo bipedal walker with a default configuration of gripper. This allows Pete to walk forward or backward, turning left or right in place at a variable speed. The leg design is similar to that of humans. Pete has five degrees of freedom for each leg, five degrees of freedom for each arm, and two degrees of freedom for the head. It is worth noting that Pete is currently a research platform that requires users to create their own walking algorithms and complete electronic devices to achieve remote control or autonomous functions.

Attention: Includes complete framework, server, and SSC-32U servo controller.

Mechanical structure:

The robot is made of a black anodized aluminum servo bracket and ultra sturdy laser cut Lexan structural components. Due to the fact that the kit is based on a servo upright machine kit (SES), these components can be easily used (in conjunction with some other components sold separately) to manufacture various other robots, such as quadruped robots, hexapod robots, robotic arms, etc.