![]() |
Robotics Tutorials
This summer I wrote a few tutorials on the website Instructables about the technical aspects of building a robot. The five tutorials are meant to help teams that have graduated a strong group of seniors rebuild and relearn the knowledge they need to build a competitive robot.
The tutorials are:
I hope you find them informative, and thanks for checking them out! |
Re: Robotics Tutorials
These are really great resources. Thank you for posting these.
|
Re: Robotics Tutorials
Fantastic work. Any chance you could bundle these into a pdf(s) to use and distribute? Instructables requires a pro account to download the article.
|
Re: Robotics Tutorials
1 Attachment(s)
Sure, the attached zip file has pdfs of all five of them.
|
Re: Robotics Tutorials
Took a look at the motor tutorial. Pretty well done. Any inductance data on motors? I can't seem to find much data online and I can't be bothered to buy an LCR meter.
|
Re: Robotics Tutorials
Your tutorials have very in-depth coverage of FRC. Being my rookie year, I didn't know there would be so many things involved with a robot! Obviously, I didn't think it was going as simple as make a frame and attach motors. I knew there was going to be some complexity in the construction of a robot, but not this much! So thank you for making these tutorials- they showed me what robotics was all about!
|
Re: Robotics Tutorials
Mind if we post this set of resources to our FIRST resources on this website <http://growingstems.org/?subtopic=teamsupport>?
Thanks for posting :) |
Was the question by stinglikeabee ever awnsered
|
Re: Robotics Tutorials
Thanks for the great resources! I even learned some new things reading through them all. I will have some of the members on my team read them over if they can.
|
Re: Robotics Tutorials
Quote:
http://www.frc-designs.com/btd.html Matt |
Re: Robotics Tutorials
Quote:
Quote:
A frequency-modulated signal is an analog signal (unless the modulation is intentionally limited to a discrete set of valid frequencies). Likewise, a pulse-width-modulated signal is an analog signal (unless the pulse width is intentionally limited to a discrete set of valid pulse widths). |
| All times are GMT -5. The time now is 06:24. |
Powered by vBulletin® Version 3.6.4
Copyright ©2000 - 2017, Jelsoft Enterprises Ltd.
Copyright © Chief Delphi