Fgc-9-mkii-rev5.zip: 2021
| Parameter | Value | |-----------|-------| | Type | Semi‑automatic, closed‑bolt blowback carbine | | Caliber | 9×19mm Parabellum | | Overall length | 520 mm (20.5 in) | | Barrel length | 114 mm (4.5 in) | | Weight (empty) | 2.1 kg (4 lb 10 oz) | | Feed system | Glock‑pattern magazines (factory or printed) | | Sights | Picatinny rail – accepts any standard optic | | Construction | Hybrid: printed polymer receiver + fabricated metal barrel/bolt |
Headline: The Evolution of Freedom: FGC-9 MkII Rev5 is Live! 🛠️
In June 2022, Western Australian Police seized the first fully functional 3D‑printed firearm in the state’s history: an FGC‑9 MkII built by an 18‑year‑old in his home in Bayswater. The weapon was described by Armament Research Services (ARES) as “arguably the most capable craft‑produced firearm one can procure at the time of publication.” Fgc-9-mkii-rev5.zip
Explain the process of for barrels. Discuss the safety standards for printing functional parts.
FGC-9 MkII Rev5 (often found as Fgc-9-mkii-rev5.zip ) refers to the fifth revision of the second iteration of the FGC-9 (Fuck Gun Control 9mm) | Parameter | Value | |-----------|-------| | Type
– A 3D‑printable AR‑15 trigger group that allows builders in jurisdictions where even airsoft trigger parts are regulated (e.g., Australia) to produce their own fire‑control components.
– A detailed guide to manufacturing a rifled 9mm barrel from unregulated hydraulic tubing using electrochemical machining (ECM). This version even includes provisions for progressive/gain‑twist rifling , a feature rarely seen even in commercial barrels due to manufacturing costs and complexity. Discuss the safety standards for printing functional parts
* Website: Thingiverse. Tags WTF-9. Text 9mm, 9x19, carbine, fgc-9, fgc9, firearm, gun, luger, parabellum, pdw, weapon, * Website: "fgc 9 mk2" 3D Models to Print - yeggi - page 7
Because ZIP archives can become corrupted during download or intentionally tampered with (e.g., replaced STL files with altered dimensions), before printing or machining.