- Joined
- Feb 22, 2018
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- Age
- 39
What would it take in theory to hover at a target indefinitely without losing FPV contact. Assuming the target is 0.25 miles (0.4km) away from takeoff, negligable wind, and 400' hover alt. Normal power supplied operating inside a large, plastic tent/ground station.
I imagine required equipment would include
2x mavic pro drones
5x smart batterys
1x blue 5in1 charter (3 battery 2 remote)
1x OEM battery charger
4 man crew (5 with a forward spotter)
4x iPad w/ 2x charger
1x High capacity surge projector
1x PC for offloading SD cards
I envision a large 10 person tent set up on the roof of a building, powered by one or more heavy duty extension cords. A crew of 4 operators takes turns between flying and prepping. Drone A takes off and hovers on target until 30% battery warning , at which point drone B launches and flies to target. When drone B arrives on site, Drone A is RTB. Upon landing Drone A swaps batterys, dumps SD videos, and cools for 15 mns before the process is repeated. Remote controls being charged while in use with the standard adapter in the top of the controller with backup iPad batteries being charged separately.
4 man crew is divided into teams A and B, Each talking breaks in between flights. A 5th spotter could be employed downrange if VLOS is questionable.
My concerns are overheating the motors, you think this would be long enough of a cool-down time between flights. Also concerned about the voltages involved and keeping everything powered up.
What else have I not thought of?
I imagine required equipment would include
2x mavic pro drones
5x smart batterys
1x blue 5in1 charter (3 battery 2 remote)
1x OEM battery charger
4 man crew (5 with a forward spotter)
4x iPad w/ 2x charger
1x High capacity surge projector
1x PC for offloading SD cards
I envision a large 10 person tent set up on the roof of a building, powered by one or more heavy duty extension cords. A crew of 4 operators takes turns between flying and prepping. Drone A takes off and hovers on target until 30% battery warning , at which point drone B launches and flies to target. When drone B arrives on site, Drone A is RTB. Upon landing Drone A swaps batterys, dumps SD videos, and cools for 15 mns before the process is repeated. Remote controls being charged while in use with the standard adapter in the top of the controller with backup iPad batteries being charged separately.
4 man crew is divided into teams A and B, Each talking breaks in between flights. A 5th spotter could be employed downrange if VLOS is questionable.
My concerns are overheating the motors, you think this would be long enough of a cool-down time between flights. Also concerned about the voltages involved and keeping everything powered up.
What else have I not thought of?