brushless blast time again
#1
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From: Tottenham/Orillia, ON, CANADA
well
this time im on a budget
i want the best brushless for 6 to 7 cells
and with a esc
i have looked at the novak
and i like then a lot , there are already set up and have the esc and motor as a pair !
so now the question is whcih one to get ?
and the good part is there in my price range !
if there is somthing else you know of please post it
is it the -
* GTB/Velociti 4.5 Brushless System
* GTB/Velociti 5.5 Brushless System
* GTB/Velociti 6.5 Brushless System
* GTB/Velociti 7.5 Brushless System
* Super Sport Plus Programmable Brushless System
* Super Sport Racing Stock Brushless Motor
now odviousely the 4.5 would be fast , but mabey i need torque !
and im not runing a stock hardware or drive line it is a flexshaft with octura running hardware!
http://www.teamnovak.com/products/brushless/index.htm
and what is soo godd about the sensord or sensorless ?
this time im on a budget
i want the best brushless for 6 to 7 cells
and with a esc
i have looked at the novak
and i like then a lot , there are already set up and have the esc and motor as a pair !
so now the question is whcih one to get ?
and the good part is there in my price range !
if there is somthing else you know of please post it
is it the -
* GTB/Velociti 4.5 Brushless System
* GTB/Velociti 5.5 Brushless System
* GTB/Velociti 6.5 Brushless System
* GTB/Velociti 7.5 Brushless System
* Super Sport Plus Programmable Brushless System
* Super Sport Racing Stock Brushless Motor
now odviousely the 4.5 would be fast , but mabey i need torque !
and im not runing a stock hardware or drive line it is a flexshaft with octura running hardware!
http://www.teamnovak.com/products/brushless/index.htm
and what is soo godd about the sensord or sensorless ?
#2
I would go with the 4.5 turn motor. I have heard a lot of good things about it.
Also with this size case torque should not be a problem nor would I sacrafice RPM's for torque. (with the same motor) A smaller, faster turning prop will yield greater speeds compared with a larger, slower turning prop. Although the motor with greater torque/less RPM will produce more thrust to move more weight.
Ryan
Also with this size case torque should not be a problem nor would I sacrafice RPM's for torque. (with the same motor) A smaller, faster turning prop will yield greater speeds compared with a larger, slower turning prop. Although the motor with greater torque/less RPM will produce more thrust to move more weight.
Ryan




