Stuart -
Thanks for the detailed report......
So your developing at 100, then tuning at distance (300 in this circumstance).... cool
Which is popular, and what most have said in there replies.
My original questions are pertaining to 100yds exclusively for all aspects, and was in hopes to see how people who do it at 100yd exclusively proceed to tune smaller/better accuracy from good working loads, and also from loads that aren't working. Like if they have vertical at 1000 when confirming, how do they go about getting it out when back at 100yd tuning, etc..
Regardless, good to see your results !.!.!
Personally, I would like to see how 005-Off compares to that 020 + 025-Off (it looks better to me).
Keep me posted, would like to see any and all fallow-on....
Donovan
That thread is in part why I started this topic, and asking questions pertaining. While it does describe how to ruff in a load for LR at 100, it tells nothing how to tune established working or not working loads. All the 100yd methods I have seen tell little about ringing out more accuracy from a good load or fixing issues from a load for LR.FWIW you might review this obscure thread:
That thread is in part why I started this topic, and asking questions pertaining.
1) Are you after best possible accuracy or acceptable accuracy? Acceptable Accuracy
2) Say you get what you’re looking for at 100yd, but when confirmation testing you do not get the accuracy you desire, what do you do and how do you proceed? Figure out the problem. Which equates to me drinking too much coffee or just a horrible shot. Stop, figure out what I am doing wrong. Correct problem.
3) You get what you’re looking for at 100yds, confirm at desired distance and get acceptable accuracy, how do go about tuning it better/smaller/tighter yet? I don't shoot groups. Usually 1 bullet out to 600 yards (depending on wind, harsher the wind the more I will send at closer distances). Start working wind from 700-900 yards. Then focus rest of rounds on farthest pre-transonic range which is 1100 yards.
I would appreciate answers to all 3 questions from each reply....
Donovan
Bart did you move the Labradar or does it work that far away? pictures are deceiving.
Joe Salt
I'll post pics of groups from 600 yard test for comparison of today's 100 yard test
I would suggest testing the 36.2 load again. if its really an ES of 5 then the SD should be about 2.5. That should equal very low vertical dispersion at long range. Try it again and see.Not during but later on I chronoed them and each load was under 10 fps actually without looking back the 36.2 was like 5 fps Es
Screw the one hole groups, I shoot one hole SHOTSI just want to say there is one thing i find particularly important. That is the need to shoot multiple groups of each charge. Personally i shoot multiple groups of each charge at both 100 and 300 yards. The reason is because you can shoot 10 groups all with the same charge and get different sized groups. So unless you consistantly shoots 1 hole groups how could you honestly differentiate between different loads and your own mechanical variables. In science, you would never consider a test conclusive unless you had many examples of each variable to rule out natural variances in each test group. When testing at range, in the wind, there are many opinions as you can see. However, for a scientific test to be conducted in an environment with so many variables and no way to quantitatively pin down which are responsible for what, it leaves one with a great deal of uncertainty when coming up with a hypothesis. For some, that hypothesis is good enough, and for others it may not be. Good luck. Jesse