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breamfisher
Posts: 14,060 Senior Member
'Nother new Springfield Rifle

It's the Saint Edge ATC. For "Accurized Tactical Chassis." The lower's monolithic (proprietary) with a forward extension to free float the barrel. You can get a standard model (black, SOPMOD stock), or an Elite model in tactical poop with a LaRue trigger and B5 Precision stock (which installs on a carbine buffer tube, it seems.) Comes with a Sub-MOA guarantee.
The standard model weighs 9 lb, 8 oz., the Elite model 10 lb., 1 oz., don't know if that's loaded, but without an optic. A military Mk12 SPR weighs 10 lb. loaded with an illuminated, variable power optic. I included the SPR specs because I have a feeling that's what the Springfield might be often compared to.
https://www.springfield-armory.com/saint-series/saint-edge-atc-ar-15-rifles/

I'm not sure this rifle answers a question anyone was asking....
The standard model weighs 9 lb, 8 oz., the Elite model 10 lb., 1 oz., don't know if that's loaded, but without an optic. A military Mk12 SPR weighs 10 lb. loaded with an illuminated, variable power optic. I included the SPR specs because I have a feeling that's what the Springfield might be often compared to.
https://www.springfield-armory.com/saint-series/saint-edge-atc-ar-15-rifles/

I'm not sure this rifle answers a question anyone was asking....
I'm just here for snark.
Replies
It’s a °IIIII° thing 😎
https://drakeassociates.us/product/athena-precision-chassis-tactical-rifle-light-caliber-system-5-56-5/
I believe that's the stuff the machinists refer to as "cheese". No thanks!
Other than that, I think they got a couple things right. The Saint Victor doesn't have a full-length rail at 12:00, which a lot of guys want for flexibility in where to put pressure pads or red dots. Full 9:00, 3:00, and 6:00 rails are out of fashion, but this allows mounting of lights at 10:00 and 2:00 - pretty popular. The half length rail at 6:00 on the forend tip is nice because you can direct-bolt your bipod.
But still, I'd prefer not to mount my fire control group in "cheese".
"Nothing is safe from stupid." - Zee
I remember the late Tennmike talking about it
"Nothing is safe from stupid." - Zee
Much like the thread we had on the new Federal .30 Super Carry, I think they're introducing an answer in search of a question:
I was involved in NRA Highpower Rifle competition in the 1990's and early 2000's when the AR-15 was beginning to gain acceptance as a serious target platform and take over that game from the M14's and bolt actions.
Those were probably some of the earliest free-float handguards, and they had to be clever about it because - in the Service Rifle category at least - the gun had to externally look like a stock M16.
The handguards were attached to the rifle back at the barrel nut area. Never mind standing the rifle up on a bipod - in this game, you're strapping a sling onto your bicep and putting so much tension on it that your fingers can turn purple. That sling is attached at the front of the handguard where it will put maximum leverage at the point of contact - back at the barrel nut.
These guns are capable of chewing the 6" X-ring out of a 600 yard target all day long, and the more stalwart participants have successfully taken them out to 1000. Half-minute or better guns folks.
Odd that after over 20 years, this is the first I'm hearing of outside pressure translating down the handguard to the barrel nut being a major, accuracy-stealing problem.
But thinking like the armorer in a communist state that I am, I'm a little nervous about integrating so much of the rifle's structure into the serialized, regulated part of the gun. The nice thing about having all that stuff attached to the upper is, if you trash something, rebuild the upper, and the lower is mostly immune. Catastrophic damage to this lower is likely to be, well, catastrophic. My dabbling in Lee Enfields has sensitized me to this a bit - in military circles, enough guys regularly went to the ground hard enough for crushed magazines to be a known thing among today's collectors. Now give that impact 18" of leverage from the unsupported front of the gun to do it's damage - - to an assembly milled from "cheese". Maybe I'm wrong to be concerned here. . .but I'm concerned here.
This is to say nothing about the AR's cool ability to totally reconfigure the rifle with an upper swap. Kinda gone with this platform.
"Nothing is safe from stupid." - Zee
It's not spectacularly accurate. It delivers everything that's promised, but not amazingly.
A factory AR that is sub-MOA registers a solid "meh."
Think about that. Aesthetics aside, a sub-MOA rifle is unimpressive.
I agree, the rifle is ugly. The proprietary lower is weird and of questionable value. But the folks unimpressed with the accuracy are old enough to remember the days where 2 MOA in a factory gun was good.
I guess to be exceptional now ARs need to shoot below. 5" at 100 yds.?
"Slow is smooth, smooth is fast, and speed is the economy of motion" - Scott Jedlinski
I'm reaching the point where most new guns don't do much for me that my current collection won't do. Any purchases I'm eying now are just upgrades from what I already have. Money better spent in ammo, game tags, match entry fees, etc most likely.
"Slow is smooth, smooth is fast, and speed is the economy of motion" - Scott Jedlinski
Don't really know what this will do to longevity, desirability and collect ability. I don’t really foresee my great grandkids ever looking over Great grandpa’s Glock with longing admiration and lust. But it sure makes for a lot of good options in purely functional guns for the consumer.
In the meantime my budget for new manufacture guns has gone to $000. I have all the working hammers I need.
It’s a °IIIII° thing 😎
It’s a °IIIII° thing 😎
304 Stainless is much the same. Gummy, gooey, and,,,well....I've refused to work with it upon occasion. 303 is a little cheaper, and machines very well. 410 and 420 are the gold standards for machinability, though. I get to work with that a lot.
Mike
ETA: 416 Stainless also sux for machining. Numbers make a difference. LOL!
N454casull
304 was what we sold to folks who took minimal to no care of their gear. It dulled quickly. Tended to bend. If a knife or tool had an impact piece, it was usually 304.
420 held a better edge, could take a bit of abuse before deforming, but needed rinsing and care.
440 was much easier to sharpen, a little more brittle, and needed the most care. Some folks would even smear silicone grease on them to keep them from rusting.
Most endmills nowadays are made of 1 of 2 materials. Carbide or High Speed Steel. Carbide starts life as a powder, and is extremely tough. But, since at its smallest granular structure, it can only be sharpened to "so sharp". High Speed Steel (HSS hereafter), like a quality knife blade, can be sharpened as sharp as your capabilities allow.
Carbide works best on steel. It's tough, but it's duller edge doesn't commit immediate suicide upon contacting steel. HSS, OTOH, dies pretty quick once you try to take a productive cut on steel. HSS works best on aluminum and plastic.
Aluminum tends to gall up on your cutter. Your brand new .500" cutter is suddenly either cutting .504" or leaving a finish that looks like serrations. 6061 Aluminum is notorious for this. A better grade of aluminum is a good idea.
It's not that the finished product of 6061 will break upon use. It's simply that it likely wasn't right to begin with.
Mike
N454casull
Slight derail, but have you given much attention to the Dan Wesson line? They seem to be a great intersection of cost and quality.
"Slow is smooth, smooth is fast, and speed is the economy of motion" - Scott Jedlinski