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Typhoon H 480 PX4 v1.10 (Stability issues ;-)

As I see, after a few years, there is some positive movement in hard understandable things.

If someone is still interested in providing a remote ID for H480, the position in the middle of the gimbal UART link is the best point. ESP32 will be more than enough...
 
I was able to get the build process further along. In my build environment I was missing an Ubuntu app, "python-is-python3". After installing it the actual build process started. However, something is still amiss. The process is not locating several include files. Manually adjusting CCFLAGS to prevent warnings from causing errors took it another step forward but, it is still not finding the proper include files. Something is still amiss.
 
I don't have this effect with the landing gears. Did you have changed the channel number for the gears?
no you are good i made a lot of changes (too happy coz now i can change anything i like) so not surprised actually, i should to leave default parameters from you @1st :)
 
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Try to up LDG manually (by remote) and test the automation.
@05:00 that descend doing by RTL auto land, but after that i try to take control for landing but the symtoms still remains it deploy after certain meteres above and back to retract under it even the fligh mode are on stab & poshold mode no changes
 
Sorry For ThunderBIRD only

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*because lack of SERIAL port, i must use ESP32 to make some extended port (FYI: Serial1 in thunderbird aint working), so it means i'm not guaranty if use original thunderbird will also work or not (i made huge change into it also), but yes it start with ThunderBIRD without it will no way can achieve like this :)
 
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Is this an optical flow sensor? On which port did you connect it?
Do you know where Serial 1 is assigned to HW port? Serial1 (tty1?) not working means no HW or no SW function?

Are you able to compile, link and make the Thunderbird FW? I failed to do that.
 
ah i'm always doing fast moving project means i will leave the project after i get achieved with my goal and start another project, i will reproduce again to be sure after i'm finish with my another project (my brain cant doing multitask) so one by one :lol

but if my memory still remain, yes we can't compile as is
i forgot did the problem with the toolchain or i did download the git source from the px4 directly and replace some files with thunderbird i'm not sure thats was 3 weeks ago
will catch this thread again after i found out

board.jpg

the Serial1 (red circle) are free not attach to anything, i ported once tobe usefull, yes it working but as soon this typhoon armed that serial stop responding so i considered not useful
 
I'm happy have the CGO3+ camera fully working on Thunderbird now; pan, tilt, pan mode, and tilt mode. I have changed pan mode "Position" (middle position of the switch) to "Angle" which is the same H520/E90 has on this position.
I placed the ESP32 outside because a nodeMCU is too big to have it inside and a FW update is much easier.

ESP32_Thunderbird3.jpg
 
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A GPS module added will cover all the rest of possible functionality .
 
So if I understand this correctly, the ST16 connects to the CGO3+ via wifi like normal. Then the ESP32 reads the serial from the CGO3+, converts that serial data into pan and tilt commands, and feeds them back to the CGO3+ over serial?
Yes, exactly.
Another possibility is to read the data from SR24 and create the same control messages and send it to the gimbal of the CGO3+ or to a C23/E90 camera (and possibly all other newer Yuneec cameras). This is also tested and can be used for other RCs that do not have Dual Band Control Redundancy.
A use case would be to equip a Q500 with CGO3+ and ST12. With the knob at the ST12 you could turn around the camera (but have the landing gears on video ;-).
 
Yes, exactly.
Another possibility is to read the data from SR24 and create the same control messages and send it to the gimbal of the CGO3+ or to a C23/E90 camera (and possibly all other newer Yuneec cameras). This is also tested and can be used for other RCs that do not have Dual Band Control Redundancy.
A use case would be to equip a Q500 with CGO3+ and ST12. With the knob at the ST12 you could turn around the camera (but have the landing gears on video ;-).

That is cool! I have used an ESP32 to create the pan and tilt commands to the CGO3+ from the SR24 data in the past. I know I have heard of the redundant controls over WIFI, but I had never thought to try to use it. I could see using this for controlling some stuff exclusively over wifi without an SR24 at all (RC cars, robots, etc). Does the channel data get sent over WIFI even if the ST16 isn't paired to an SR24?
 

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