Seekins Precision debuts the new SIC Rifle
Seekins Precision debuts the new SIC Rifle

Seekins Precision has launched the SIC Rifle, designed for U.S. Special Operations with modular capabilities for rapid caliber changes. Built in Lewiston, Idaho, it features a precision-machined receiver, ambidextrous controls, and a tool-less disassembly system. The rifle is adaptable, accommodating both long and short action calibers for enhanced mission performance.

Seekins Precision states “The Seekins SIC rifle has been designed and crafted specifically for U.S. Special Operations. Built to withstand extreme environments while letting the operator rapidly select and swap calibers to meet mission criteria, the SIC is a purpose-driven, modular system — not a chassis retrofitted to accept a barreled action.

Designed, machined, assembled, and tested 100% in the USA at our Lewiston, Idaho headquarters, the SIC is a true leap in innovation. The SIC receiver, removable grip & trigger assembly, and dedicated caliber-specific magazine wells come together with pinpoint precision, swapping tools and screws for simple take-down pins. The only service tool required is a T25, which is stored in the butt pad. The SIC is able to run a variety of calibers from long action to short action, allowing maximum performance and modularity out of a single system.”

Mission-ready features
Tool-less bolt disassembly, swappable caliber-specific magazine wells, ambi safety selector/thumb shelf for weapon manipulation, carbon-fiber barrels with flats to assist with barrel changes, integrated ARCA rail, integrated 20 MOA scope base with matching full length handguard picatinny rail for thermal/NV alignment, fully adjustable comb, length of pull and butt pad

SOURCE: https://seekinsprecision.com/

Leave a Reply

Discover more from ATTACKCOPTER BLOG Firearms Intel Daily

Subscribe now to keep reading and get access to the full archive.

Continue reading

Discover more from ATTACKCOPTER BLOG Firearms Intel Daily

Subscribe now to keep reading and get access to the full archive.

Continue reading