Build and program this Arduino drone yourself!
ฝัง
- เผยแพร่เมื่อ 8 ธ.ค. 2022
- Video tutorials on TH-cam: / @carbonaeronautics
Full code and manual on GitHub: github.com/CarbonAeronautics
Quadcopter frame PCB on OSHW lab: oshwlab.com/droneer/Carbon-Ae...
The purpose of this video series is to learn the basics behind a quadcopter drone and enable you to build one yourself, by dividing this challenging project in several easy-to-understand parts. You use the capable Teensy 4.0 microcontroller together with the easy-to-use Arduino language. All code and drawings are open source and all parts are commercially available. - วิทยาศาสตร์และเทคโนโลยี
Bro this means a lot , i was searching for this type of video series a lot for a lot , but every time i would get demotivated since I had not much knowledge on Arduino coding , thanks to you I will be able to give life to my own little drone 😉❤️
It motivates me too, kindly continue this work. Thank you so much for hard work buddy.
this is just incredible man. Congratulations.
High value content!
I started watching now. Impressive. Really what i was looking for.
Thank you, motivates me to keep on going!
Very nice indeed. I really appreciate you keeping from the use of libraries. I finally learned how I2C works, thanks a million. And it got me thinking, I've got that open-source hardware drone that I built before the covid. why not see if I can use this as a flight controller on that thing. Heck yeah, man. Thanks.
"Thank you; your information has truly been a tremendous help to me. I can't imagine how much time and effort you must have invested in your project. The system even includes modeling, which left me speechless when I read your PDF."
Amazing, keep it up
I have been looking something like this for a decade :D
Impressive 🤩🤩 bro
flight time??
I love the educational aspects of this project, well done. I will purchase the control board and do all the associated projects. (I'm into RPi, Arduino, ESP32 programming and projects.) I like that you provided for FPV Tx power, but I would like to do a final built on a larger frame. Do you see any issue using the control board as is with a 5" frame and larger ESCs (perhaps a 4-in 1) and motors?
Thanks❤
You are a Genious...!!!
Thanks!
great,thanks
great keep it up :) next lets put together guided sugar rocket series like this .
Perfect🎉🎉
I am trying to do Drone for the first time by watching your videos but I couldn't find code with the link mentioned in the description so can you please help me out with it
I am very interested in this project. I want to make it myself. Please advise me. You have a list of equipment that you will need and code program arudino
I am confused on how we get the PCBs. A video on that would be helpful.
Hello, if I were to make an arduino drone for aerial geographic surveying then how much would the most minimum cost range be?
700-1500
Can you please upload a tutorial on how to make an arduino pro mini brushed ibis,subs flysky mini reciver fpv drone step by step?
Finally, airborne on the drone in my small backyard. But I need to go to a field, not my backyard, because of the cars passing. More to come of a video of a CA drone airborne.
Hi Robert, I watched your video's and your build is getting along very nice, great to hear you had a succesful flight!! With regard to the issues you encountered along the way, the screws provided by geprc with the motors are indeed a bit tricky and you need to verify that they do not touch the motor windings. I think the uneven startup of the motors might be caused by the width of the traces on the upper PCB, leading to an uneven distribution of current during the initial startup. I tried widening these traces a bit and the startup is much smoother now... good luck with further flying/adapting the drone!
From today we are brothers by drone.
Is there a link to buy everything as a package?
Please make a video about altitude hold using barometric sensor
There is a video in the making indeed, scheduled for within a couple of weeks!
After waiting and ordering a cheap batch of ESC, I finally found all four matches after calibration. As a result, the Ca Drone 1A can now fly and has 300+ lines of code from Ca Arduino Drone manual.
th-cam.com/video/xi5ei9N0uXg/w-d-xo.html is the video recorded in my backyard. With the Ca Drone code, one can modify it with additional sensors and experiments. This was a fun project, and learning the math under the hood.
Is there a naming convention of the CA (Ca? in keeping with his logo) ...the CA drone? Might I suggest a frame shape designation. H for H frame, X for X frame, etc?
@@charlesbiggs7735 Made the changes, and I agree.
I want to contact you about my project it's a drone but with coreless motor
WOW...
Will be testing these PID AccX=(float)AccXLSB/4096-0.05; AccY=(float)AccYLSB/4096+0.01; AccZ=(float)AccZLSB/4096-0.11; Soon.
And produce a video to see how stable the drone is in flight.
Video Update on the CA drone build From Frisco, TX. th-cam.com/video/-2f_a9Bs6CM/w-d-xo.html
1st video: th-cam.com/video/FqdlnxPkefw/w-d-xo.html
How do we get the PCBs?
Did you make the ESCs also?
No, that would have been too complicated 😉
Do you have a patreon?
Literally showed up here because you had the atomic symbol for calcium (Ca) as your logo. Yet you call yourselves carbon (C). I found that mildly amusing.
Yeah that Is because of his name ( Carbon Areonautic)
That's not calcium bro If you see keenly then you will observe C is bold which represents carbon and small a which is normal represents aeronautics