Fierce Firearms Twisted Rogue 24" Threaded barrel Bolt-Action Rifle

The Fierce Firearms Twisted Rogue 24" Threaded Barrel Bolt-Action Rifle represents a purpose-built platform for long-range precision shooting and tactical applications where accuracy and modularity are non-negotiable. Designed for law enforcement precision teams, military marksmen, and competitive long-range shooters, this rifle delivers the sub-MOA performance demanded in high-stakes environments. The 24-inch threaded barrel provides the optimal balance between velocity, handling weight, and effective range—a configuration proven in field operations across multiple disciplines.

Chambered in 7mm caliber, the Twisted Rogue leverages Fierce Firearms' precision manufacturing standards and modern bolt-action architecture to deliver consistent, reliable performance. The 24-inch threaded barrel accommodates muzzle devices—whether suppressor or muzzle brake—enabling sound signature management or recoil mitigation depending on operational requirements. The threaded design is a critical feature for tactical and precision workflows, allowing seamless integration of sound suppressors for reduced report and flash signature, or competition-grade brakes for tighter shot grouping through recoil control. At approximately 8 pounds, the rifle maintains shootability without sacrificing the mass necessary for stable platform mechanics and reduced felt recoil.

This platform excels for tactical teams requiring certified precision at extended ranges, as well as long-range hunters and match competitors who demand sub-MOA repeatability. The threaded barrel opens compatibility with an extensive aftermarket ecosystem of suppressors and muzzle devices, all standard 1/2x28 threads. The total length of 46.5 inches strikes the ideal compromise for transport in patrol vehicles and operational environments while maintaining sight radius for superior accuracy. Installation of optics and muzzle attachments requires only basic tools and industry-standard mounting hardware, making field modifications straightforward for trained personnel.