Strength Built on Innovation.

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Who We Are

Small Arms • Aerospace • Counter-UAS • Energy

StrikeCore is a Michigan-based defense innovation company bridging aerospace engineering, advanced materials, and next-generation firearms, unmanned systems, and energy technologies.

We focus on system-level engineering, manufacturability, and scalable production to deliver mission-ready solutions for professional and commercial users.

StrikeCore — Strength Through Innovation.

Two soldiers in camouflage uniforms and helmets kneeling in a grassy field, holding rifles and scanning the area.
Military personnel in tactical gear aiming rifles during shooting practice outdoors.
Military fighter jet aircraft on the tarmac with a clear blue sky in the background.

Our Products

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  • Mission-configurable lightweight rifle platform

    The Squall series is designed for users who require adaptability across operational roles. Built on the Light Fighter architecture, Squall combines lightweight rail systems, durability, precision, and modularity in a duty-ready configuration optimized for real-world use.

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  • Ultra-lightweight experimental rifle platform

    Lightning-X represents the extreme end of the Light Fighter design —pushing material science and structural efficiency to achieve maximum weight reduction. Featuring monolithic lightweight rail architecture and advanced composites, Lightning-X serves as an experimental platform for future-forward rifle development.

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  • Modular approaches to unmanned aerial threats

    StrikeCore’s Counter-UAS (C-UAS) efforts focus on lightweight, modular systems designed to support detection, evaluation, and response to unmanned aerial threats. By applying aerospace-driven design and integrated system architecture, StrikeCore develops flexible C-UAS concepts suitable for research, testing, and government applications.

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Forward Actuation System (FAS)™

Forward charging, re-imagined

While forward charging systems are not new, most are adaptations layered onto legacy designs. FAS™ was developed as a ground-up, integrated architecture designed using operator input.

The result is a low-profile, non-protruding, non-reciprocating actuation system that preserves balance, minimizes snag hazards, and resists fouling and environmental contamination—supporting reliable operation in austere and professional-use conditions.

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