Hi @frafrat , Not yet but we are working on it currently. I don't have a hard date for a release, but the plan so far is to get support onto the QRB5165 platform within the next month or two. Thanks! Travis

@kasarrowtec Did you get any further with this issue. I have the same problem that Docker can not create an endpoint in the iptables.

Today I tried using another provider for the SIM and it connected to the internet. Not sure where to start debugging this cause it is getting an IP, but I figure it needs internet access to get the time ?

@SHofmeester There is some introductory material about libmodal_pipe in our documentation here: https://docs.modalai.com/voxl-sdk/

there is nothing special about the ROS implementation on VOXL. You might look at ROS networking documentation to debug

Excellent, thank you very much for the fast reply.

Hi @rohitpillai , Sorry I had this queued to send but didn't send it! If it's VOXL-Flight, you have PWM outputs you might be able to use if you have a quad setup. See this as a possible option, where you can setup an RC channel (via the controller) to trigger the channel and possibly activate the buzzer (assuming it has a PWM interface).

@Christopher-Baze we recently got a charging station delivered to us from Sky-charge. We are also working towards autocharging for our voxl-flight deck enabled Drone. Were you able to get your drone to auto-charge?

We have an offboard trajectory interface to voxl-vision-px4. I believe that will enable what you are trying to achieve. Code is here The figure-8 code might be helpful as well, but that would require you to fork voxl-vision-px4 ([code](link url))

Hi @mohammednaveed , The revB (which is basically what we've been shipping for 2 years) is rated at 5V with 6A output, datasheet. The snapdragon based designs have some decent inrush current requirements on bootup, hence this need.

@cer5517 Here's another forum post talking about low-light conditions. https://forum.modalai.com/topic/589/flying-in-poorly-lit-conditions/3 TLDR is you need enough features for QVIO to pick points out for VIO. So you either need a diffuse light source that can illuminate features or some other low-light sensor that you would need to integrate with QVIO.

Hi Gaurav, please refer to QGroundControl's documentation on the battery monitoring setup here

Thanks Eric!

I have not flown the RB5 and I am still new to using PX4, but on a similar platform I recommend checking parameters in QGC and look for EKF2_Aid_Mask. You can toggle to: [image: 1648613903566-5fcf07a0-841e-4751-a38a-affff3b935f5-image.png] Which should disable GPS inputs and allow you to fly indoors. Just remember to set it back to use GPS when you want to fly outdoors. As Modal mentions, take appropriate safety precautions whens flying indoors even with VIO enabled.

Great to hear. I forgot about the ToF. Chad beat me to the punch here. Glad that helped!

Cliff, Apologies for hijacking this thread slightly, but in another one I was interested in this transition mechanism. It looks like the responsible code to monitor GNSS signals and perform the transition is here: https://github.com/modalai/px4-firmware/pull/1/files#diff-4086bdb716e4bb6c6668a2d61f8c87ef3f15caf4c7d7032595c7ec28a4cffdc7R106 Are these changes merged into the official build of v1.11.3-0.2.3 on the ModalAI site at?: https://storage.googleapis.com/modalai_public/flightcore-releases/v1.11.3-0.2.3-modalai_fc-v1_default.px4 I haven't seen the firmware ever "flip" the EKF2 mask, but perhaps there is another parameter I need to set to enable the GNSS quality monitoring. I'll poke around a bit more, just wanted to make sure I was on the right track with the above changeset. Thanks much for any insight! Steve