that is interesting, and cool.
I kind of thought that was what was going on. so the Mq valve must have a fairly high flow rate? it can discharge enough air to shoot the ball in a decent amount of time I take it?what kind of times are we talking? at first , the bolt must be moving fairly slow, but accelerating quickly. this could be an advantage as far as not chopping paint. perhaps the Mq valve is open all the way to the point where the bolt lets air out to the ball, then it closes?
I've been working on the efficiency of the mag design myself. so far, so good. I've been able to get the operating pressure down to about 280, without increase the dump chamber size. but it's a work in progress. don't know how much lower I can go... perhaps 220?
the thing I don't like about springs, is that they are always a constant. a constant opposing force. it's really not needed. force is only needed to return the bolt. but the spring is very simple, and very cheap.
these are definitely my favorite kind of threads.
I kind of thought that was what was going on. so the Mq valve must have a fairly high flow rate? it can discharge enough air to shoot the ball in a decent amount of time I take it?what kind of times are we talking? at first , the bolt must be moving fairly slow, but accelerating quickly. this could be an advantage as far as not chopping paint. perhaps the Mq valve is open all the way to the point where the bolt lets air out to the ball, then it closes?
I've been working on the efficiency of the mag design myself. so far, so good. I've been able to get the operating pressure down to about 280, without increase the dump chamber size. but it's a work in progress. don't know how much lower I can go... perhaps 220?
the thing I don't like about springs, is that they are always a constant. a constant opposing force. it's really not needed. force is only needed to return the bolt. but the spring is very simple, and very cheap.
these are definitely my favorite kind of threads.





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