A couple thoughts to add to the above:
1.) Though it won't recharge as fast as the RT, the AIR valve still should be good for 16cps before encountering shootdown... translation: don't worry about it
2.) If you are running C02 a classic (AIR) valve, you'll want an anti-siphon to help prevent liquid CO2 from getting into the valve and freezing it under rapid fire. Beyond that, an expansion chamber, or even better, and inline regulator will help. see here for an explanation of siphon/anti-siphon tanks: http://www.docsmachine.com/tech/siphon.html
3.) If you are running HPA then you already have a reg on the tank, so you won't need any other regs (remember, the valve has an internal regulator). Triple regging is generally unhelpful and liable to result in starving your valve for air.
4.) There's a lot of info on these boards, and a lot of times the answer to a question is as easy as using the search button.
1.) Though it won't recharge as fast as the RT, the AIR valve still should be good for 16cps before encountering shootdown... translation: don't worry about it

2.) If you are running C02 a classic (AIR) valve, you'll want an anti-siphon to help prevent liquid CO2 from getting into the valve and freezing it under rapid fire. Beyond that, an expansion chamber, or even better, and inline regulator will help. see here for an explanation of siphon/anti-siphon tanks: http://www.docsmachine.com/tech/siphon.html
3.) If you are running HPA then you already have a reg on the tank, so you won't need any other regs (remember, the valve has an internal regulator). Triple regging is generally unhelpful and liable to result in starving your valve for air.
4.) There's a lot of info on these boards, and a lot of times the answer to a question is as easy as using the search button.
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