Friends, I can use your help.
As far I understand, as you push more current, the rotor spins faster and the generated thrust increases. But that thrust increase is not quite proportional with the current. Efficiency (= thrust / current) actually drops when current is increased.
Do any of you have access to any data of current vs thrust or efficiency (for standard quadcopter motors like 1000 or 1200kv, 8x4 or 10x4 prop, or something like that)? I thought it won't be difficult to find such info in the data sheet for brushless DC motors, but I am not having much luck.
Any help will be really appreciated.
As far I understand, as you push more current, the rotor spins faster and the generated thrust increases. But that thrust increase is not quite proportional with the current. Efficiency (= thrust / current) actually drops when current is increased.
Do any of you have access to any data of current vs thrust or efficiency (for standard quadcopter motors like 1000 or 1200kv, 8x4 or 10x4 prop, or something like that)? I thought it won't be difficult to find such info in the data sheet for brushless DC motors, but I am not having much luck.
Any help will be really appreciated.