I'm interested... Is the Arterytek driver proprietary? Linux support?

(03-Jun-2023, 07:54 PM)drumgod Wrote: I'm interested... Is the Arterytek driver proprietary? Linux support?

Using the integrated Arterytek driver in betaflight configurator V10.10 has solved the problem of linux support

What is the mounting pattern on the NeutronRC VTX+ELRS board? Is standard whoop 25x25, or 20x20 or 30x30?

30 x 30

Thanks! That photo was loading too blurry for me to read on aliexpress. I was hoping for 25x25.

Edit- wait, the picture shows 25.5x25.5, so it is what I was hoping for.

lol, you're right! I didn't even notice that.

Yes the VTX/ELRS is the same whoop size mounting, I had one in the photo next to the AIO.

I setup my AIO board and noted some minor differences so far:

- Staggered ESC startup, I guess this is AM32? You will hear two sets of ESC startup tones, separated by a several second pause. And then the final confirmation tone all together at the end.

- The USB connection takes just a second or two longer for the PC to recognize each time its connected/rebooted.

- Though they provide a DJI connector, the pins are in reverse order so you must swap the wires around if you are using the O3 cable or also if you move an air unit from another build that is using a HM, Bfpv, iflight board. They do give warning in the manual, but as a board designed/produced after the arrival of O3, not sure why they did not follow DJI's standard.

(06-Jun-2023, 05:18 AM)mstc Wrote: Yes the VTX/ELRS is the same whoop size mounting, I had one in the photo next to the AIO.

I setup my AIO board and noted some minor differences so far:

- Staggered ESC startup, I guess this is AM32? You will hear two sets of ESC startup tones, separated by a several second pause. And then the final confirmation tone all together at the end.

- The USB connection takes just a second or two longer for the PC to recognize each time its connected/rebooted.

- Though they provide a DJI connector, the pins are in reverse order so you must swap the wires around if you are using the O3 cable or also if you move an air unit from another build that is using a HM, Bfpv, iflight board. They do give warning in the manual, but as a board designed/produced after the arrival of O3, not sure why they did not follow DJI's standard.

Regarding the problem of the reverse order of DJI sockets, this is a mistake, or an imperfect place, which has been modified in subsequent versions, and the version with the correct order of DJI O3 will be updated in about July.

(06-Jun-2023, 05:46 AM)WEI GUO Wrote: Regarding the problem of the reverse order of DJI sockets, this is a mistake, or an imperfect place, which has been modified in subsequent versions, and the version with the correct order of DJI O3 will be updated in about July.

Thanks for your comments, and looking forward to the new version.


Hoping to get this build in the air shortly and see how it flies. I have already installed the 1S ELRS Whoop board and that is working nicely without any issues. One question, is there a jumper to switch between the ufl and smd antenna?

(06-Jun-2023, 06:22 AM)mstc Wrote: Thanks for your comments, and looking forward to the new version.


Hoping to get this build in the air shortly and see how it flies. I have already installed the 1S ELRS Whoop board and that is working nicely without any issues. One question, is there a jumper to switch between the ufl and smd antenna?

One question, is there a jumper to switch between the ufl and smd antenna?

###There is no jumper between ufl and smd, it is directly connected, different frames are considered in the design, if it is a plastic frame, the frame itself has little interference to the signal, you can only use the onboard SMD antenna, if it is used for part of the frame The most important thing is carbon fiber, because the carbon fiber itself seriously interferes with the radio frequency signal, so the pre-IPX pad is used to extend the signal with an external whip antenna. In this way, the total signal will be slightly weakened. Under the small frame of the design, This signal attenuation is not enough to affect the control distance.

(06-Jun-2023, 06:22 AM)mstc Wrote: Thanks for your comments, and looking forward to the new version.


Hoping to get this build in the air shortly and see how it flies. I have already installed the 1S ELRS Whoop board and that is working nicely without any issues. One question, is there a jumper to switch between the ufl and smd antenna?

Please let us know how it performs mate, very interested this side of the pond. You should be able to use esc configurator to change the settings on the AM32 esc? Or must you exclusively use the modified (bug fix) AM32 configurator?

I believe you need to use the modified configurator, but I have not tried either so far just flying on defaults as bidirectional dshot is already enabled. Did a quick test flight and no issues, motors ran smoothly and were extremely quiet, but that is probably the motors. I don't think I stressed the ESCs at all, these are only 1604-3800 motors and tested on 3S. The setup needs some tuning though and will try later with a heavier 4S pack.

(06-Jun-2023, 02:49 PM)ph2t Wrote: Please let us know how it performs mate, very interested this side of the pond. You should be able to use esc configurator to change the settings on the AM32 esc? Or must you exclusively use the modified (bug fix) AM32 configurator?

You can change setting with esc-configurator, but might fail to flash firmware. You can use the developing channel https://develop.esc-configurator.com/ .We have pushed PRs to fix the problem. However, We suggest you to use the modified esc-configurator, as there are several improvements.

WEI GUO, any plans on making a version of the VTX+ELRS board with a ceramic antenna, or with a ceramic antenna plus a u.fl connector option like your 5A AIO board?

If the VTX could be openvtx, that would be ideal.

(07-Jun-2023, 02:50 AM)Lemonyleprosy Wrote: WEI GUO, any plans on making a version of the VTX+ELRS board with a ceramic antenna, or with a ceramic antenna plus a u.fl connector option like your 5A AIO board?

If the VTX could be openvtx, that would be ideal.

There is a plan to manufacture an assembly with vtx and elrs, and now it is fully turning to the AT platform, including esc, AM32 ESC of the prototype 1-2S. We have tested OK. There is a version without integrated vtx, and the VTX version will continue after completion; I I didn’t use openvtx, the biggest problem is that openvtx doesn’t have temperature control function, it is unfriendly in high-set aio, I have my own VTX integrated temperature control function, it will be better.