Thank you for your interest in the Intel Aero drone.
The Aero uses the Pixhawk flight controller.
A PixHawk with Arducopter is a very capable platform and used for many heavy lift designs and octo setups (much more so than most of the other 32 bit FCs lately used mostly for racing drones) .
I haven't tested it myself with that kind of payload but there are people who've tried with 10kg -20kg and reported that it worked.
Here is a testimony from a user who designed a hexacopter with the Pixhawk FC lifting a 10Kg payload: https://diydrones.com/profiles/blogs/huge-high-payload-hexacopter
Hope this helps.
thanks for the link. yup, people make a big boy with Pixhawk. now... here is a second question. it seems like Pixhawk2 already have intel edison board inside.
now, how to make these to together... Intel Aero + Pixhawk2(intel edison)? maybe, I did not fully understand about Intel Aero. a bit confusing...
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I apologize for the confusion created.
The flight controller is NOT a PixHawk Flight controller
Information about the flight controller is not publicly available. A high level block diagram is included in the Aero Hardware Feature and Usage Guide
The flight controller is capable of running PX4 and ArduPilot like the PixHawk FC.
Regarding your second question: You will need to update the Pixhawk2 flight controller separately then use mavlink to communicate between the two.
There is a configuration file you need to update. The file is located at /etc/mavlink-router/main.conf. You will need to add the baud rate 57600 to the [UartEndpoint uart] section.
Also, I had to have a button connected to switch port and pressed it to switch modes in order to arm the motors. This may be a configuration on pixhawk2 but I am not an expert on Pixhawk FC.
You can find additional information on connecting the flight controllers on the wiki:
Hope this helps.