G-Tech Corporation wrote:
The increase in draw strength comes purely from that combination of factors - factors which allow the operator to go through multiple operations of the lever-arm before the weapon is ready to fire. It is a simple matter of greater storage of energy - a Zhuge crossbow can only fire with the translated energy of a single arm motion, whereas heavier repeaters are essentially 'pumped up' through the stages of the roll-locks, storing greater energetic potential in the bowstring than would be possible with a single motion.
What does a single operation look like?
The picture I have in my head, is a guy in a gambeson essentially working on a lever and pulling a drawstring back further and further and catching a series of nut's built into the stock until he's reached back to the position that he's ready to fire.
But why would you need multiple nuts? Nut's in it themselves don't help with the process of actually drawing. Perhaps there's something about the process of pumping I don't understand. If it takes multiple rotations in order to draw the string back to the desired position, then it sounds like it isn't as fast as it's been made out to be. Could you provide an example of this mechanism?
I've come across a process which could reasonably solve this issue - but I plan on using it for my guys, and I don't want to give you ideas.







