mgentile7@yahoo.com wrote:Thanks for the reply Virus. Im aware of the potential risks of battery explosions. As for wear issues, most of my guns are upgraded with highend internals so im not worried about wear and tear. That goes along with the higher voltage. I once saw a video of a gun hooked up to a car battery, now that looked rough on the internals. What im most curious about is do the batteries last longer?
darkaces07 wrote:Lipos are safe to use its the retarded people that make them dangerous.
I use a pack like this one only difference between mine and this one is mine is 6000 MaH http://hobbyking.com/hobbyking/store/uh ... duct=11914
I have both the regular lipo and nano-tech lipo. the nano-tech does run stronger for longer and only starts to slow down right as it can't turn my aeg motor anymore unlike my other lipo where it starts out super fast then slows down after a couple thousand roundsNec wrote:darkaces07 wrote:Lipos are safe to use its the retarded people that make them dangerous.
I use a pack like this one only difference between mine and this one is mine is 6000 MaH http://hobbyking.com/hobbyking/store/uh ... duct=11914![]()
You have a Nano-tech Lipo?!
If you do, please share your experience with them,I'm very interested in them and wonder if they are as advertised.
darkaces07 wrote:I have both the regular lipo and nano-tech lipo. the nano-tech does run stronger for longer and only starts to slow down right as it can't turn my aeg motor anymore unlike my other lipo where it starts out super fast then slows down after a couple thousand rounds
Oh ya I forgot to mention I run a mosfet with a lipo cutoffChachi wrote:darkaces07 wrote:I have both the regular lipo and nano-tech lipo. the nano-tech does run stronger for longer and only starts to slow down right as it can't turn my aeg motor anymore unlike my other lipo where it starts out super fast then slows down after a couple thousand rounds
How do run a lipo down to the point that it can't even turn your motor, but not destroy the pack? If it can't turn the motor, there is no way it is staying above 2.7v per cell. Can you please clarify?
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