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1
Intro
2
The first hexapods
3
Why is the hexapod body plan successful?
4
First computer controlled hexapods
5
What's this "degree of freedom" thing anyway?
6
Inverse Kinematics
7
Single Leg IK
8
Scaling up Ctrl-C, Ctrl-V
9
Prototype #2 Turning a robotics project into an electronics project
10
Endless Possibilities (Part Selection)
11
Firmware? STM32 Crash Course
12
'Hierarchies of Datasheets Finding (large) needles in haystacks?
13
CMSIS & HAL Register Definitions
14
Ordering Parts What could go wrong?
15
Locomotion! Gait & 6DOF IK
Description:
Explore the process of designing and building a six-degree-of-freedom (6DOF) hexapod robot from scratch in this 46-minute conference talk from linux.conf.au. Delve into the world of six-legged robots, understanding their versatility and static stability. Learn about the challenges and trade-offs involved in creating an inexpensive 6DOF hexapod, including hardware and software considerations. Discover the intricacies of inverse kinematics and gait algorithms that enable hexapods to walk without tripping. Gain insights into topics such as prototype development, electronics integration, firmware creation, and part selection. Perfect for beginner and intermediate hobbyists interested in advanced robotics, this talk provides a comprehensive overview of hexapod design and construction, from initial concept to functional locomotion.

From Bits to Legs to Locomotion - Building a Hexapod from the Ground Up

linux.conf.au
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