OG DramaLlama
Epic Rokslider
Inspired by Robby's series on building a long range/multi state muzzleloader I wanted to see if I could get some further advice and or experience from other members on choosing between a .45 and .50 caliber.
I'm specifically referring to this portion of the article.
"This one's controversial and gets the hackles of more than a few writers up. Having killed big mule deer with both .50 and .45 caliber, I recommend .45 caliber for mule deer. Why? In building a gun to hunt any state, I need to be able to accurately shoot conicals and sabots. Most of the country allows sabots so most guns are built with a fast twist (1:30 or so) as these stabilize sabots very well. These guns can also shoot conicals, but typically the conical has to be long (which equates to heavy) to stabilize well. In many years of muzzleloading, I've never been able to contradict this fact and the only conicals that shoot accurately for me are heavy- in the 400-600 grain range in .50 and .54 caliber guns. This means kick and lots of it (I had to add 1 pound of buckshot to a hollow in the stock of one gun to tolerate .50 caliber, 450 grain conicals)."
Given that I will be focused on my home state of Idaho for most of my hunting having accuracy with conicals is fairly important.
Looking seriously at the Knight Ultralight. Per the data from Precision Rifle and contributors on this forum to me that with the 1:28 twist I will still be in the 400+ grain range. Fairly confident that sabots will be good to go based on all the excellent data provided from Sabotloader, but a little unsure where I would stand with conicals.
For my centerfire rifles and bow I have always been very dependent on ballistic/load data provided by manufactures and software programs (Vortex LRBC, TAP, Archers Advantage, Hornady Ballistic calculator) However, I am struggling to find or properly use similar data for
muzzleloaders. Any past experience helps/tips/suggestions/opinions to get me pointed
In the right direction is greatly appreciated. Thanks in advance.
-Josh
Sent from my iPhone using Tapatalk
I'm specifically referring to this portion of the article.
"This one's controversial and gets the hackles of more than a few writers up. Having killed big mule deer with both .50 and .45 caliber, I recommend .45 caliber for mule deer. Why? In building a gun to hunt any state, I need to be able to accurately shoot conicals and sabots. Most of the country allows sabots so most guns are built with a fast twist (1:30 or so) as these stabilize sabots very well. These guns can also shoot conicals, but typically the conical has to be long (which equates to heavy) to stabilize well. In many years of muzzleloading, I've never been able to contradict this fact and the only conicals that shoot accurately for me are heavy- in the 400-600 grain range in .50 and .54 caliber guns. This means kick and lots of it (I had to add 1 pound of buckshot to a hollow in the stock of one gun to tolerate .50 caliber, 450 grain conicals)."
Given that I will be focused on my home state of Idaho for most of my hunting having accuracy with conicals is fairly important.
Looking seriously at the Knight Ultralight. Per the data from Precision Rifle and contributors on this forum to me that with the 1:28 twist I will still be in the 400+ grain range. Fairly confident that sabots will be good to go based on all the excellent data provided from Sabotloader, but a little unsure where I would stand with conicals.
For my centerfire rifles and bow I have always been very dependent on ballistic/load data provided by manufactures and software programs (Vortex LRBC, TAP, Archers Advantage, Hornady Ballistic calculator) However, I am struggling to find or properly use similar data for
muzzleloaders. Any past experience helps/tips/suggestions/opinions to get me pointed
In the right direction is greatly appreciated. Thanks in advance.
-Josh
Sent from my iPhone using Tapatalk