C3 Firearms, Shush Puppy Suppressor

Shush Puppy Suppressor

Designed and manufactured in the Upstate of South Carolina, the Shush Puppy suppressor offers an exceptional balance of noise reduction and muzzle signature mitigation while maintaining a lightweight, heavy-duty build. Engineered for peak performance, it ensures optimal durability without compromising on weight.

Constructed entirely of Titanium and fully rated for full-auto use, the Shush Puppy is built to endure rigorous conditions and maintain reliability under sustained use. Its robust construction ensures it can withstand harsh environments and continue to perform without failure.

Ideal for hunting, tactical applications, competitive shooting, or training, the Shush Puppy is designed for quick and easy attachment and detachment. It features compatibility with Titanium direct thread adapters and a wide range of QD adapters commonly available in the market.

Dimensions:

• Overall Length: 6.5 inches
• Outside Diameter: 1.67 inches (Designed to fit under most handguards)
• Weight: 11.7 ounces

Key Features:

• Five-Baffle Design: Delivers substantial decibel reduction while keeping the suppressor lightweight.
• Precision CNC Machined Titanium Construction: Fully welded for maximum strength and durability.
• 1.375x24 (HUB) Threads: Compatible with most widely-used QD attachment systems.
• Standard Wrench Hex: Allows for straightforward torquing and removal.
• Minimal Back Pressure Design: Eliminates the need for rifle adjustments, ensuring smooth and reliable operation.
• Caliber Compatibility: Suitable for calibers up to 10mm.
• Full-Auto and Magnum Rated: Designed to perform under extreme conditions.
• Available Finishes:
  • Raw Titanium
  • Polished Titanium (Shiny)
  • Black
  • FDE
  • ODG
  • High-Temperature C Series Cerakote finish, capable of withstanding temperatures up to 1800°F.

The Shush Puppy suppressor is engineered to provide the highest level of performance, durability, and versatility, making it the ideal choice for any demanding shooting scenario.