Everyone is continually attempting to make markers fire faster than anyone can normally pull the trigger. The result of this race is an attempt by the loader makers to provide a feed system that can keep up.
How fast can a loader truely feed a gun without breaking the balls in the breach?
Think about it. A gun firing 30bps. That is a shot every 33ms. A ball typically stays in the barrel at least 5 - 6ms. That leaves about 27ms for the bolt to open drop a ball into the breach and then close again to fire the next shot. Even if the bolt speed is fast enough to open and close in just 17ms, that leaves just 10ms to drop a ball from a dead stop. Thats only 6fps average (12fps on impact in the barrel) but at what speed does a gun start breaking the balls coming into the breach.
The bolt speed I used was just a guess. What are the true bolt cycle speeds of some of the guns (time to open, and time to close)?
How fast can a loader truely feed a gun without breaking the balls in the breach?
Think about it. A gun firing 30bps. That is a shot every 33ms. A ball typically stays in the barrel at least 5 - 6ms. That leaves about 27ms for the bolt to open drop a ball into the breach and then close again to fire the next shot. Even if the bolt speed is fast enough to open and close in just 17ms, that leaves just 10ms to drop a ball from a dead stop. Thats only 6fps average (12fps on impact in the barrel) but at what speed does a gun start breaking the balls coming into the breach.
The bolt speed I used was just a guess. What are the true bolt cycle speeds of some of the guns (time to open, and time to close)?



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