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Yeah, thats what I was told by a couple different people, upgraded spring = shorter battery life because more force is required from the motor, same thing if theres extra friction.
Rate of fire is determined by voltage and current. mAh stands for mili-amp hours, how I understood this is if there is a 1000mAh charge that means the battery will last for 1 hour at a draw of 1000miliamps or 1000 hours at a draw of 1miliamp. Rate of fire is determined by both voltage and avaliable current, higher voltage = faster motor cycle and more current = faster motor cycle. I wont go into details as I'm sure I will get them wrong but that is essentially (I think...) what CDN_Stalker told me. Think of a taser, they have incredibly high voltage and next to no current, thats why they aernt nearly as fatal as jabbing a fork into a wall socket. The voltage is the amount of electricity but the current is how fast its moving (or maybe I got that backwards...)
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