Hi all
Please go gentle on me as this is my first time.
I have taken up the engineering challenge of improving the accuracy of RF.
The question I ask myself is why is there a horizontal spread of the bullet point of impact?
If everything with our equipment is spot on then the muzzle is stationary while the bullet exits
I understand we are at the mercy of the Bullet velocity spread even though we may try and mitigate some aspects with engineering so therefore there may still be a vertical spread.
I can with reasoning alone think of some possible causes but at this stage but have no experimental evidence or experience to prove them one way or the other.
I would be interested in hearing what other people think may be the reason.
Graham
Please go gentle on me as this is my first time.
I have taken up the engineering challenge of improving the accuracy of RF.
The question I ask myself is why is there a horizontal spread of the bullet point of impact?
If everything with our equipment is spot on then the muzzle is stationary while the bullet exits
I understand we are at the mercy of the Bullet velocity spread even though we may try and mitigate some aspects with engineering so therefore there may still be a vertical spread.
I can with reasoning alone think of some possible causes but at this stage but have no experimental evidence or experience to prove them one way or the other.
I would be interested in hearing what other people think may be the reason.
Graham