The motor is quite powerful, so much so that Sörensen states that the lithium polymer batteries that he is using are limiting its usage to the full potential. However, he clarifies that he had to stick to the lithium polymer batteries to ensure that the drone stays lightweight – although it affects the flight time.
He also opts for carbon fiber propellers to keep the weight down. As per the video, the final weight of the drone comes out to around just 44 pounds (20 kg).
Other capabilities and actual flight
Sörensen states that the drone would be capable of 352 pounds (160 kg) of thrust at its maximum capacity. However, the lightweight lithium battery limits the drone’s lift to approximately 220 pounds (100 kg) in the demonstration video.
A 3D-printed mount, small aluminum legs on all four arms helps the drone land after the flight.
In the video, Sörensen takes the drone out in the open field and then puts the battery and propellers on it.