A 3DOF hexapod, utilizing terrain adaptation. The robot is controlled by Arduino UNO, it has pressure sensors on the feet and an accelerometer. Most parts are from http://www.lynxmotion.com , the servo controller is SSC-32, servos are Power HD 9001MG http://goo.gl/4Gnrg
Im Rahmen der Vorlesung "Robotik" an der HTWK Leipzig soll die Hard- und Software für einen Hexapod entwickelt werden. Zur Berechnung und Steuerung eines Beinpaares wird ein Atmel XMEGA128A1-Prozessor verwendet. Als Servos werden Dynamixel AX-12 genutzt.
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This project's aim is to build a 3D simulation environment to control a hexapod, and communicate serially to said hexapod when connected. This way new motion algorithms can be perfected without damaging your robot.
...Geometry uses both CSG (constructive solid geometry) and Brep. There is intelligent tool path generation. The robotic control generates both APT and Gcode files. It will control 5axis and hexapod robots.
Computer Vision Software designed for AttyTheWalker, a made from scratch hexapod robot.
Entirely developed in C language for GNU/Linux platforms it's the best way to move the robot using a personal computer with RS-232 serial communication.
This Project contains the software for the various AVR-Microcontroller-Boards for a modular, autonomous hexapod (see: www.ni-c.de/hal0). Source-Code is written with Eclipse in C. The used compiler is the open source AVR-GCC for AVR microcontrollers (ATTi