Fierce Firearms Twisted Rogue | .300 Win Mag | 20″ | TWROG300WIN20BF

The Fierce Firearms Twisted Rogue is a purpose-built bolt-action rifle chambered in .300 Winchester Magnum with a 20″ deep-spiral, fluted, threaded barrel and a carbon fiber forest camo ROGUE stock. The action is a two-lug, 70-degree bolt throw with a spiral-fluted bolt and a TriggerTech custom adjustable trigger. The receiver is drilled and tapped and finished in Armour Lube black, and the rifle ships with a NYX muzzle brake and integral bi-pod rail.

For optics, a Vortex Viper PST Gen II 3-15×44 (priced under $1000) pairs well with this platform, offering a versatile magnification range and robust reticle options suitable for the .300 Win Mag effective distances.

Product Specifications

• The manufacturer is Fierce Firearms.
• The model name is Twisted Rogue.
• The manufacturer’s part number is TWROG300WIN20BF.
• The caliber is .300 Winchester Magnum.
• The action type is Bolt Action.
• The barrel measures 20″ and is described as fluted threaded.
• The barrel uses a match grade stainless barrel liner with a 1:10″ rate of twist.
• The receiver is a 700 Pattern and is drilled & tapped.
• The finish on metal surfaces is Black Cerakote / Armour Lube black.
• The stock material and finish are Carbon Fiber Forest Carbon Stock with a LR negative comb design.
• The trigger is a TriggerTech Adjustable unit.
• The rifle weight is listed as 6.1 lbs.
• The overall length is 42.5″.
• The muzzle thread pattern is 5/8×24 and the rifle includes a NYX muzzle brake.
• The UPC is 853418403075.

The Twisted Rogue blends a lightweight carbon-fiber chassis with a precision-oriented stainless barrel and a short, 20″ profile that keeps the package manageable without sacrificing downrange performance. Its drilled-and-tapped 700-pattern receiver and adjustable TriggerTech trigger provide a good foundation for mounting optics and tuning shot-to-shot feel. The forest camo carbon stock and integral bi-pod rail make this rifle well-suited for field work where weight, rigidity, and repeatable ergonomics matter.