Shell Shock Technologies and CBC Partner to Scale Advanced Ammunition Technology

Source Domain: finance.yahoo.com

This collaboration is focused on industrialization, military applications, and global commercialization of Shell Shock Technologies’ advanced ammunition technology.

Eubank, Kentucky–(Newsfile Corp. – June 2, 2026) – Shell Shock Technologies, LLC (SST), a leading innovator in the ammunition industry, today announced that it has agreed upon the principal commercial terms of a strategic collaboration with CBC Global Ammunition, one of the world’s largest ammunition manufacturers, focused on the industrialization and global commercialization of SST’s proprietary NAS3™ hybrid case technology.

To view an enhanced version of this graphic, please visit:
https://images.newsfilecorp.com/files/12440/299849_cbc_globalammunition.jpg

The collaboration is expected to focus on multiple military and commercial calibers, including 5.56×45, 7.62×51, .277 Fury (6.8), .338 Lapua, .50 BMG, and 9mm. Under the partnership structure, CBC is expected to serve as a licensed manufacturing and commercialization partner for the aforementioned calibers, supporting future industrial-scale production and global market development initiatives.

SST’s NAS3™ technology combines advanced metallurgy and proprietary manufacturing processes to create lightweight, high-pressure-capable ammunition systems designed to improve velocity, accuracy, range, durability, and overall ballistic performance compared to traditional brass-cased ammunition. The technology also offers increased case capacity and reduced system weight, creating potential advantages across military and commercial applications, including larger rifle and machine gun calibers.

As part of the collaboration, CBC is expected to support industrialization efforts and future manufacturing scale-up initiatives, including integration into CBC’s expanding U.S. manufacturing footprint. CBC recently announced plans for a major ammunition manufacturing facility in northeast Oklahoma, which is expected to support future…

Source