It is saying that your throttle is not at lowest position. Is that the case? Can you calibrate the RC in QGC and see all of the sticks moving as expected?

Potentially try to register using another email address. Our public files (including CAD files) are located here https://modalai.filecloudonline.com/ui/core/index.html#/

Thanks for sharing this. The details about the Mission Planner reconnect issue and how it affects the VOXL ArduPilot setup were really useful. Hopefully, the troubleshooting discussion here helps others facing something similar.

It's not really a priority for us at the moment but our platform is open and you should be able to adapt Crazyswarm2 to work with PX4. But there are no plans at the moment to design a new drone specifically for that use case.

Hi John, No worries, also apologies for the delayed response. I should have asked for the SDK version you are on since we started packaging a voxl-sparrow-utils package that has that mlanutl bin that was missing in a later SDK version, I included the deb in the installer which should hopefully install correctly. Here is the new one to try with the README.MD with the instructions: https://drive.google.com/drive/folders/1SBCSf8_EZkkYV3GnvDhC2poD7ckjDLWq?usp=sharing , Thanks! Luke

@Nick-Stroumtsos The Zorro Blue does not have any audio capabilities. It is built with custom electronics which do not include support for a speaker so no firmware can enable audio features.

@Zachary-Lowell-0 Thank you for testing it out and for fast response. I am also feeling it is a network issue. I will also try to replicate the same test condition as yours, also will verify the bandwidth. Thanks!

Hi Alex, Thanks for clarifying the direction. For UAS → GCS with your current voxl-vtx 1.7.1: Autopilot telemetry already goes VTX → VRX → Ethernet UDP: voxl-vtx subscribes to the autopilot's MAVLink stream from voxl-mavlink-server and sends it over the RF link next to the video. The VRX then re-sends it as UDP to: destination: gcs_ip in /etc/modalai/voxl-vrx.conf (default 10.0.0.1), port 14550 (fixed in 1.7.1) source: the VRX at 10.0.0.2 Give your GCS laptop 10.0.0.1 on the VRX Ethernet link (or set gcs_ip to its address) and listen on UDP 14550. QGC will pick it up automatically. This is a one-way telemetry snapshot, not a transparent MAVLink link. The VTX sends at mavlink_telem_rate_hz (30 Hz in your config) and keeps one message of each message ID per send window. Custom companion data: not supported in this release. voxl-vtx only forwards what voxl-mavlink-server publishes on its mavlink_onboard pipe, and that pipe only carries messages received from the autopilot. If a companion app writes MAVLink into that pipe, voxl-mavlink-server sends it to the autopilot and doesn't publish it back onto the pipe, so voxl-vtx never sees it. Writing to the mavlink_to_gcs pipe doesn't help either: voxl-mavlink-server sends those messages out its own UDP sockets, and they have no way to reach the ground over the MVX link. There is currently no supported way to put your observation data onto the VTX → VRX link. Upgrading to SDK 1.6.4, if these features are useful to you: Your voxl-vtx 1.7.1 is older than what ships in SDK 1.6.4, the latest SDK release for Stinger. SDK 1.6.4 includes voxl-vtx 2.2.x, which adds: Parameter, mission and FTP forwarding to the GCS, so QGC can read and set parameters and download missions over the MVX link. GCS → drone MAVLink through the VRX. MAVLink your GCS sends to the VRX on the GCS port is forwarded over the link to the aircraft, for example mission uploads. By default this forwarding stops while the vehicle is armed. To keep GCS → drone MAVLink flowing in flight, set this in /etc/modalai/voxl-vrx.conf and restart voxl-vrx: "allow_mavlink_forward_while_armed": true Only enable this if you want the GCS able to send commands to the aircraft while it is armed. MANUAL_CONTROL messages are dropped. A configurable GCS port (mavlink_gcs_port), replacing the fixed 14550. None of these add a path for custom companion data, so they don't solve the observation use case. WiFi client mode with the VTX active: On the Stinger the M0185 is the VTX radio, and it runs in raw injection/monitor mode while it sends video. It can't also join a network as a WiFi client. A TCP/IP WiFi link would need a second, separate WiFi adapter. Even then, running it on the same band as the video link could hurt video quality, so we'd advise against it for a flight setup unless you deconflict the frequency used by each network device.

Pressing down on the The M0141 also causes this reboot any thoughts I can show video if needed. @administrators

@tom thank you

Hi @kristi , Not a known issue. error -71 on the descriptor read happens before the WiFi driver loads, and getting worse over weeks with only a power cycle recovering it points to a failing part in the USB path rather than software. Working on a PC does not rule out the dongle, since we have seen these Alfa dongles fail in service (https://forum.modalai.com/topic/4538). On Starling 2 Max the dongle sits in the M0141 breakout on VOXL 2 J3, so the likely fix is replacing one of them: Try a new AWUS036EACS or AWUS036ACS (https://docs.modalai.com/voxl-2-wifi-setup/). If a new dongle fails the same way, open an RMA so we can inspect the board: https://www.modalai.com/rma Posting voxl-version and dmesg | grep -i usb from a failing boot would help us confirm.

Hi @greg We have not investigated or researched that image sensor. I do not know of any plans for us to officially support it at this point. Sorry if this is not what you wanted to hear.