Jeff Riedijk
New member
Hi guys. It is my very first post and I hope we can get some solutions and knowledge.
I'm working on a high endurance autonomous flying wing to perform aerial photography, I'm currently running some calculations to find a good battery, motor, prop and frame combination to achieve at least 2 hours of flying time at 13m/s, carrying about 884g of payload (not included battery, motor and speed control). Could you please give me an advice, maybe info about a success case, I mean the numbers from the calculators are nice but there is always a big difference between simulation and real world, and I have a very limited budget, so cannot perform "try and error".
My first selection estimated using MotoCalc is:
Framehantom FX61
Battery: Venom 6S 8Ah, ESC 30A
Motor: T-motor antigravity 4004 KV400
Propeller: APC 11x7
And the software estimates a flight time of 198min and 56 sec at Hands-off speed (13.5m/s) = 74% Throttle.
Thank you for your help.
I'm working on a high endurance autonomous flying wing to perform aerial photography, I'm currently running some calculations to find a good battery, motor, prop and frame combination to achieve at least 2 hours of flying time at 13m/s, carrying about 884g of payload (not included battery, motor and speed control). Could you please give me an advice, maybe info about a success case, I mean the numbers from the calculators are nice but there is always a big difference between simulation and real world, and I have a very limited budget, so cannot perform "try and error".
My first selection estimated using MotoCalc is:
Framehantom FX61
Battery: Venom 6S 8Ah, ESC 30A
Motor: T-motor antigravity 4004 KV400
Propeller: APC 11x7
And the software estimates a flight time of 198min and 56 sec at Hands-off speed (13.5m/s) = 74% Throttle.
Thank you for your help.