Just had a brief discussion about this in the shout box, but wanted to further discuss it.
If you were to single point thread the male, and female threads on a muzzle break/suppressor, then Broach the female end, and Time mill the male end, would this work effectively as a quick detach system?
And due to the answers i know i will most likely get, i'll explain my i think this would be very effective.-
Say you have a 5/8X24TPI thread, common for muzzle attachments, at 24TPI, it would take about 14-15 turns of the specific attachment from engagement to full seat. Now, with the "grooves" cut in, you could simply slide the attachment all the way back, and having one, maybe two rotations to full lock. this would ensure the accuracy and alignment of single point threading, while employing a QD method.
Thoughts?
If you were to single point thread the male, and female threads on a muzzle break/suppressor, then Broach the female end, and Time mill the male end, would this work effectively as a quick detach system?
And due to the answers i know i will most likely get, i'll explain my i think this would be very effective.-
Say you have a 5/8X24TPI thread, common for muzzle attachments, at 24TPI, it would take about 14-15 turns of the specific attachment from engagement to full seat. Now, with the "grooves" cut in, you could simply slide the attachment all the way back, and having one, maybe two rotations to full lock. this would ensure the accuracy and alignment of single point threading, while employing a QD method.
Thoughts?