That said i dont know of one person that kills alot of deer that claims its an ideal round to do it. Obviously because its killed 100s of thousands of men that weight more then a deer. I take it very seriously and use the right tool for the job that puts them down without suffering. What i seen to find with the fans of 22 cal deer hunting is those people tend to forget or keep quiet about those failures or blame something else for them. You WILL eventually wound one or not recover one that you couldnt find. Now im guilty and a hypocrite because id did kill two does one year with a 60 grain partition in one of my ar's and it killed them but do it enough times and its going to bite you. Id bet not a single guy here can say his only centerfire rifle is a 223.
What you can get away with isnt the same as what is right and id bet if your here you have a gun more suited for deer. If you want to kill deer with an AR get a 300 bo or some other more suited round.
People do it just to prove they can and dont much care if a deer suffers.
SUBSONIC 223 USEFULNESS FULL
Im not even a fan of full power 556 for deer hunting. Maybe I am jaded as I have poachers in my area and this is the kind of crap they do with. We should be discouraging such endeavors, not condoning them or providing assistance. There is no good reason to harvest deer with a 1000 fps 55 gr bullet. It is very unlikely neighbors would be bothered by, or report gunshots during deer season anyway. Using a decent load is more important than keeping the noise down for neighbors. Hunting deer with a subsonic 55 gr bullet is unethical. Since I am the only one who seems bothered. I’m new to casting, not shooting and or hunting. You should give people a little more credit before you make too many assumptions. It actually worked really well with a through and through to the neck. If you had wounded the deer, with only one sub-sonic round, what was your plan?I had started with several that were given to me. Was it loaded with a cast bullet or something like the the Hornady SX? You decided to kill a deer with the one round you had. You said "I shot an axis deer with a subsonic 223 round I had picked up somewhere." Think about that statement for a minute.I am left with the impression you had one round, have no idea how it was loaded or who loaded it. High Performance Computing was employed to make high resolution computations of these flows possible, and advanced 3D visualization techniques were employed in order to improve understanding of the separating flow phenomena.Given the desire to hunt silently at close range, why not get a crossbow? A subsonic 55 gr bullet is not a good choice IMO.Ī wounded deer dying on the property of your nosey neighbors will not be well received.īTW, almost everyone else here is very .not so much.
A transonic fan stage operating in the near-stall regime and a possibility of applying flow control is investigated. The gas dynamic structure and topology of 3D separated flows, surface flow patterns, and pressure distributions as well as body aerodynamic force prediction are analyzed. Particularly, shock wave / turbulent boundary layer interactions (SWTBLI) in the vicinity of an asymmetric sharp double-fin (DF) with different (7° and 11°) deflection angles mounted on a flat plate and two conically sharp cylindrical bodies at varying interbody distances and nose cone angles 60° and 40° mounted over a flat plate more » at freestream Mach number 4, as well as a transonic fan stage operating in the near-stall regime are considered. The experimental data for different aerodynamic test configurations have been used for assessing credibility of the numerical method employed. « lessĪ set of Reynolds-averaged Navier-Stokes (RANS) computations with turbulence closure provided by the Spalart-Allmaras (SA) model have been carried out for prediction of shock-induced three-dimensional (3D) turbulent separated flows. Results show that by using the proposed subfilter velocity model, kernel-size independent predictions of lift coefficient and total lift forces agree with those obtained with the optimal kernel size. Tests are performed in large-eddy simulation of flow over fixed wings with constant and elliptic chord distributions using various kernel sizes.
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