yds?
115m over a box and Philipos Tactical Buck-wheat pillow - laying downhill
Gun is a Ruger 253 with the Paddle stock - wont shoot more than 2 rds onto A4 with factory ammo, has 6" of rotten barrel about 3" back from the muzzle.
Spanners Super handloads fixed that
Group works out to be under 0.108 at over 125 yds... soooo 0.08 MOA??
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I thought thepoint was to do 5 groups not just post one good group....![]()
not yours on its own, everybody seems to be doing 1-2 group tests and posting them which is the complete opposite if what Gimp was talking about at the start of the thread
Tussock - I found the cheek resting heavy had most noticeable results in rifles with higher recoil, it seems to help make the recoil more uniform. Dont know the exact science but it works and is on its own makes a huge difference in shooting consistency
I have a strong feeling that the harder cheek weld is probably promoting better follow through, which makes a big difference to accuracy and consistency. I see a lot of shooters who seem to be in a big hurry to get the rifle off the shoulder and the next round chambered before the bullets hit the target ( figuratively speaking that is ).
Why is it cool to shoot 5 little holes close together not that close to where your aiming?
Fishing ... Hunting its all good
So it's just to prove that your rifle shoots consistently, nothing actually to do with the shooter, or hunting. Kind of understand but don't see the fun in it myself.
Working up a load that suits your rifle and being able to shoot a group sub .5" isn't as easy as it sounds, You and your gear have to do their bit... but once you have it sorted it gives you confidence in your gear, then its up to you the shooter to do your part. Once I have the rifle sorted the practice I do is free standing at 250mm gongs at 100-200-300... well 300 I use a larger gong and that gives you hunting practice
Oh and most of my groups are shot off bipod in a way that can be done in the feild so its all practice and getting to know your rilfe
Fishing ... Hunting its all good
It seems to me that you guys who do this mostly have had a fair amount of time with rifles, hunting etc. I didn't get the group thing no where near the centre- that baffled me a tad. For me to go somewhere where I have access to 100 - 300m for target practise is the farm I shoot. And If I'm going there with my gun I'd rather shoot something for the pot - because I am still new to this hunting. But I am having a bit of fun with my .22 Anshutz and targets up the forestry on a Sunday arvo. If I could afford rounds for my centrefire I would practise with that a lot more. Currently all my rifles outshoot me.
I didn't mean to sound like I thought that pin hole accurate shooting you lot get up to was easy - far from it. I wish I had the time, money and skill to achieve that.![]()
Unless the rifle has a defect i'd say its more a case of the shooters personal skill (hence the fun). It goes to the core of marksmanship too. Being able to hit the same point everytime as opposed to the other guy. But you're kinda right - there's the other side which requires you to be able to hit random distances with one single shot. Also very hard to do. Personally i'm yet to find a boring sport involving firearms. Its all good to me
I was over at Barnard Pecision seeing my mate Steve and getting some stuff sorted when I saw his flash looking 10 /22 .Steve started telling me it was pretty accurate -now semi autos and accuracy sometimes leaves a bit to be desired but he assured me this thing could drill 1 hole -yes thats right 1 hole .A little later I asked him from how far did he drill these single hole groups -he said 10 yards
Get a fck job lol
Umm. Where shall we start.
Assume the firing of a shot imparts energy to the barrel, and each shot imparts roughly the same energy (over simplified I know but a reasonable approximation). The steel has a certain heat capacity and we'll also assume that it same material is used in both a skinny hunting barrel and a heavy target barrel. The mass of the target barrel will be greater so the average temperature rise in the heavier barrel will be less per shot. Also the heat will travel reasonably quickly through the metal (being a good conductor) and the dissipation of heat will therefore be more dependent on the interface with the atmosphere, and the rate will normally be expressed as an amount of energy (ie speed) per given AREA per measure of temperature difference. Since the heavy barrel is wider it will have a greater surface area and hence dissipate the heat quicker, certainly to start with the hotter skinny barrel will loose energy faster, but the heavier barrel will always be a lower temperature.
Yes doing engineering I lived and breathed thermodynamics for months.
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