Id love to use the Xbee myself for my IARC 7 academic purposes I need an in-flight data link. But Im skeptical of this overall device, there parachute didnt seem to slow it down much. And DJI has had one for a while. Drones will only get lighter and smaller, like cell phones, so parachutes less needed.
No matter how slow a drone is moving with a chute, a DLSR camera weighs a lot, and hitting someone in the head is a lawsuit and potentially criminal matter. I guess slower is better though.
Id love to use the Xbee myself for my IARC 7 academic purposes I need an in-flight data link. But Im skeptical of this overall device, there parachute didnt seem to slow it down much. And DJI has had one for a while. Drones will only get lighter and smaller, like cell phones, so parachutes less needed.
No matter how slow a drone is moving with a chute, a DLSR camera weighs a lot, and hitting someone in the head is a lawsuit and potentially criminal matter. I guess slower is better though.
I thought that contingentcy plan worked well, altitude and time was the major factor here, it looked like it slowed the craft down to a safe recovery, you may still need a hardhat.
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No matter how slow a drone is moving with a chute, a DLSR camera weighs a lot, and hitting someone in the head is a lawsuit and potentially criminal matter. I guess slower is better though.
I thought that contingentcy plan worked well, altitude and time was the major factor here, it looked like it slowed the craft down to a safe recovery, you may still need a hardhat.