I watched Tony's video on Lipo Batteries Explained...and I think I am starting to grasp the concept...
I am building a 6S 450 Pro V2. I have the following motor:
Hobbymate HB2835L1
Kv: 2000rpm/V
Working Efficiency: >90%
Unload current:3.0A
Max current: 28A
Max Watt: 580W
Lipo battery: 6S/1p, 3S/2p
So, it handles 6S...and now I need a battery.
I found this one, that claims to fit under the stock canopy with no modifications:
Turnigy nano-tech 1300mAh 6S1P 35~70C Lipo Pack
Capacity: 1300mAh
Voltage: 6S1P / 6 Cell / 22.2V
Discharge: 35C Constant / 70C Burst
Weight: 215g (including wire, plug & case)
Dimensions: 106 x 34x 29mm
Balance Plug: JST-XH
Discharge Plug: XT60
Is this a decent match for my motor choice? Any idea how this equates to run time?
If I understood Tony's video right, 1300 x 35 \ 1000 = 45.5 Amps. The motor is max 28 Amps...so I should be good, right? Are there other specs of the motor that come into play?
Thanks!
I am building a 6S 450 Pro V2. I have the following motor:
Hobbymate HB2835L1
Kv: 2000rpm/V
Working Efficiency: >90%
Unload current:3.0A
Max current: 28A
Max Watt: 580W
Lipo battery: 6S/1p, 3S/2p
So, it handles 6S...and now I need a battery.
I found this one, that claims to fit under the stock canopy with no modifications:
Turnigy nano-tech 1300mAh 6S1P 35~70C Lipo Pack
Capacity: 1300mAh
Voltage: 6S1P / 6 Cell / 22.2V
Discharge: 35C Constant / 70C Burst
Weight: 215g (including wire, plug & case)
Dimensions: 106 x 34x 29mm
Balance Plug: JST-XH
Discharge Plug: XT60
This nano-tech pack is designed for use in 450 class helicopters such as the HK450 PRO, TREX450 PRO, Rave 450, Beam E4 etc...
It fits the HK450 PRO perfectly without any modification necessary to the battery tray or canopy!
By running a lower KV motor (around 1700KV), you can achieve longer flight times and extremely high performance (when compared to a standard 3S setup) due to the increased efficiency of a higher voltage setup in your 450 class helicopter!
Is this a decent match for my motor choice? Any idea how this equates to run time?
If I understood Tony's video right, 1300 x 35 \ 1000 = 45.5 Amps. The motor is max 28 Amps...so I should be good, right? Are there other specs of the motor that come into play?
Thanks!