drone MiMo IP mesh transceiver

Q: I need to cover a 600 km circle area including mountains, which means a total BLOS data link is required. Please send me all the kit for this structure design.

Vcan1988-2X2W supports 50km+, Vcan1988-2X5W supports 150km+ and Vcan1988-2X20W support 300km+.

Q: No, only one drone in the sky, and the other 5 transceiver units at the ground.

If your needs are as described in the picture above, this network does not need to be a MESH network. You can set the drone node as the central node and other ground control stations as access nodes, which can save costs and achieve your needs.

Q: No, what I need is. An airplane (a transmitter) is in the sky. 4~5 relay nodes are placed on the top of the mountain. There is only one ground control station (a receiver) at the bottom of the hill.

Based on your description, I drew a new diagram.
If this is the case, the MESH version is still needed, because every station on the ground can serve as a relay, ensuring that the signal is not interrupted even if the GCS is moved to another place.

The connection method of the above units in the picture is the mesh networking method.
Once the signal of a node is interrupted, it will not affect the connection of the entire network.

Q3: What are the pricing and features of your Air IP MESH radios (including FHSS frequency hopping support) for long-distance high throughput radio links?

What approvals have they obtained? What are the corresponding performance verification studies? Also, are there any simulation-based studies using tools such as omnet++ or ns-2/3?

Q4: We have a ground station Mesh transceiver. I want to know whether your mesh transmitter and receiver can connect with our mesh GCS (ground control station).

A: Our IP Mesh transceiver should be able to connect to the IP transceiver of your existing ground control station to form a new network. The main thing is that we don’t know whether the versions are the same. If the versions are the same, they can be connected.