Birchwood Casey 41440 Carbon Cleaning Rod 9" .270-.50 Cal

The Birchwood Casey 41440 Carbon Cleaning Rod delivers superior barrel protection during maintenance with its lightweight carbon fiber construction. This 9-inch rod handles calibers from .270 to .50 caliber, making it an essential tool for precision shooters who demand consistent accuracy from their firearms.

What Makes This Different

Carbon fiber construction provides exceptional strength while weighing significantly less than traditional steel cleaning rods. The material won't scratch or damage barrel rifling like metal alternatives, ensuring your firearm maintains peak accuracy over thousands of rounds. The rod's flexibility prevents binding in the barrel while maintaining enough rigidity for effective cleaning.

Key Features

• Carbon fiber construction protects barrel rifling from damage
• 9-inch length suitable for handguns and short-barrel rifles
• Compatible with .270 through .50 caliber firearms
• Lightweight design reduces cleaning fatigue
• Standard 8-32 threading accepts most cleaning accessories
• Non-conductive material safe for electronic optics
• Chemical resistant to all common cleaning solvents

The carbon fiber material excels in demanding cleaning scenarios where barrel preservation matters most. Competition shooters rely on this rod to maintain sub-MOA accuracy between matches, while tactical users appreciate its durability under field conditions. The rod's chemical resistance handles aggressive copper solvents and powder fouling removers without degradation.

Technical Specs

• Length: 9 inches
• Caliber range: .270 to .50 caliber
• Material: Carbon fiber composite
• Threading: Standard 8-32 male
• Weight: Approximately 0.8 ounces
• Finish: Matte black carbon fiber
• Model: 41440
• UPC: 888151060360

This cleaning rod represents the smart choice for shooters who understand that proper maintenance equipment directly impacts firearm performance. The carbon fiber construction provides professional-grade barrel protection at a fraction of the weight of steel alternatives.