Yesterday was my first successful flight. I was flying the Old Fogey. The flight only lasted about 3 minutes then the battery seem to lose power. When I took the plane into the garage I noticed the motor was pretty warm (I could still touch it) and my LiPo was pretty swollen and warm to the touch as well. I am guess it is unsafe to use now.
Was it just a bad battery?
I know that this is a pretty common topic but I have done alot of research and learning as I can but is there a compatibility issue with my Motor, ESC, and battery?
Here is my setup:
• Motor - HexTronik 24gram Brushless Outrunner 1500kv Motor
• Prop - 8x3.8 SF Slow Flyer Prop
• ESC - Hobbyking SS Series 18-20A Brushless Speed Control
• Battery - Supper Tigre 640mAh 11.1V 15C 7Wh LiPo battery
• Charger - Traxxas LiPo 2/3 Cell Balance AC Charger [TRA2935]
Here is my math:
Motor:
VOLTS x AMPS = WATTS
11.1 x 9 = 99.9
Battery:
Continuous AMP draw = (1350 Mah * 0.001) * 20c OR 9.6 AMPS Continuous
ESC:
My ESC is 18-20A but I imaging at most I am busrting 12A
If my math is right these should work fine together, right?
Should I go with a bigger motor that I can use on bigger future builds?
How much thrust should I be getting from this setup or how can I calculate that?
I am learning as much as I can about the electronics and I think their might be something I may be over looking in the recipe here do to lack of knowledge and experience. The motor and the battery have both had a couple minor crashes. I had the batter inside the power pod so it was pretty protected. Again any advise or education on anything involving this would be very appreciated.
Thanks community and thanks Flight Test!
Rory
Was it just a bad battery?
I know that this is a pretty common topic but I have done alot of research and learning as I can but is there a compatibility issue with my Motor, ESC, and battery?
Here is my setup:
• Motor - HexTronik 24gram Brushless Outrunner 1500kv Motor
• Prop - 8x3.8 SF Slow Flyer Prop
• ESC - Hobbyking SS Series 18-20A Brushless Speed Control
• Battery - Supper Tigre 640mAh 11.1V 15C 7Wh LiPo battery
• Charger - Traxxas LiPo 2/3 Cell Balance AC Charger [TRA2935]
Here is my math:
Motor:
VOLTS x AMPS = WATTS
11.1 x 9 = 99.9
Battery:
Continuous AMP draw = (1350 Mah * 0.001) * 20c OR 9.6 AMPS Continuous
ESC:
My ESC is 18-20A but I imaging at most I am busrting 12A
If my math is right these should work fine together, right?
Should I go with a bigger motor that I can use on bigger future builds?
How much thrust should I be getting from this setup or how can I calculate that?
I am learning as much as I can about the electronics and I think their might be something I may be over looking in the recipe here do to lack of knowledge and experience. The motor and the battery have both had a couple minor crashes. I had the batter inside the power pod so it was pretty protected. Again any advise or education on anything involving this would be very appreciated.
Thanks community and thanks Flight Test!
Rory
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