Least expensive receiver cost.Ī poorly machined billet receiver gives you a very expensive bad receiver.Ī poorly machined forged receiver gives you a moderately expensive bad receiver.Ī poorly machined cast receiver gives you the least expensive bad receiver. Very high up front costs, but lower per part machining costs. – Machining from a precision casting process requires very expensive molds that can cast steel to a nearly finished shape and is normally selected for moderate quantities. Normally selected for very high quantities.High up front costs, but moderate per part machining costs. – Machining from a forging requires expensive die sets, which, as the military did, can forge the steel to a semi finished shape which reduces machining time. Low up front costs, but very high per part machining costs. – Machining from billet/bar stock requires no expensive up front capital costs for molds or dies and is normally selected for very small runs. Proper forward bolt location: Ensures proper case supportĬast vs forged vs billet: What’s the difference? Allows proper bolt/receiver locking lug contact without binding. Critical to proper scope mount capture & durability.ġ1. Proper sharpness, depth & well defined scope side mounting threads. Critical to bolt stop function and durability.ġ0. Proper bolt stop window height & width, and, proper location of pin holes in bolt stop bosses. Prevents spring guide binding & poor magazine capture.ĩ.
Proper op rod Spring guide slot depth & location. Critical for durability of rear sight function.Ĩ. Proper height, depth & interval of rear sight receiver serrations. Proper firing pin seat: Prevents damage to firing pin tail when bolt bottoms at the inside rear of receiver tail. Proper op rod shelf height & width: Ensures op rod is fully supported to prevent op rod “roll out” which causes premature cam deformation. Proper firing pin bridge location: Prevents out-of-battery detonation & jamming of the bolt. Critical to safe operation & durability.Ĥ.
#Fed ord m14 full#
Proper right & left locking lug helix: Ensures full “mirror image” contact to bolt lug helixes to prevent collapse of headspace. Critical to safe and durable operation.Ģ. After 25 years of inspecting M14/M1A type receivers we have found, and continue to find, many that are fatally flawed (not fixable), including current as well as defunct companies, and, AT ALL PRICE POINTS.ġ. While M14/M1A receivers may all look pretty much the same, they are NOT. The M14/M1A (& M1 Garand) receiver has the most complex geometries ever designed in an issue US martial arm, making it the most difficult receiver ever manufactured. FAILURE TO DO SO MAY RESULT IN FIREARM DAMAGE, PERSONAL INJURY, OR DEATH* *BARRELS, BOLTS, & RECEIVERS MUST BE PROPERLY HEAD SPACED PRIOR TO USE.
Material & Geometry Per Mil Spec With Enhancements For Semi Auto Use.Precision CNC Machined From “Lost Wax” Investment Casting.I went ahead and cut and pasted the following from Fulton’s website: You’ll find M14 receivers made a variety of different ways. I’ve been working on bolt rifles with an occasional AR for so long that I forgot how intricate the receivers on rifles like this are. The first company I reached out to was Fulton Armory.Ī long time player in the M14 game, Fulton Armory offers shooters the ability to buy a stripped M14 semi-automatic receiver for a reasonable price. After I secured my Sage enhanced stock chassis from Brownells, I needed an action.
#Fed ord m14 mod#
I’ve decided to tackle a MK14 MOD 0 and/or EBR build as part of an upcoming post. I’ve been a big fan of the M14 rifle for years. NOTE: Due to recent changes to Reddit's rules we will not permit discussion of any firearms or ammunition sales or transfers, including solicitation ("WTB"), trade ("WTT") and offering ("WTS").Fulton Armory semi-automatic M14 receiver
#Fed ord m14 how to#
How To Buy Through The CMP - Advice From u/Ellijah92 THE place for M1 Garands, M1 Carbines, M14's, and Mini-14's!Īs well as any variants of these firearms:įulton-Armory - Handcrafted U.S.
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