Dead Air Wolverine Suppressor 7.62mm 14x1LH Thread Insert

Description

The Dead Air Wolverine Suppressor is purpose-built for AK-platform and other Combloc-style rifles, designed to address non-centric threads and off-axis bore alignments. It is constructed with Cobalt 6 baffles and finished in Cerakote for enhanced durability and corrosion resistance. The suppressor includes a detachable front cap that is interchangeable with Sandman caps for simplified maintenance and modularity. Engineered to minimize back pressure while providing secure lockup via the rifle’s front sight detent pin, the Wolverine supports use on SBRs, full-auto rifles, and similar platforms.

Key Specifications

• The caliber is listed as 7.62mm as provided by the product name.
• The thread insert is specified as 14X1LH for direct mounting.
• The suppressor is engineered for AK and Combloc-style rifles to address platform-specific fit and function.
• It is constructed with Cobalt 6 baffles for internal durability and performance.
• The exterior receives a Cerakote finish for improved wear and corrosion resistance.
• Includes a detachable front cap that is interchangeable with Sandman caps for maintenance and configuration.
• Designed to minimize back pressure to improve cycling and reduce fouling.
• Lockup is secured via the rifle’s front sight detent pin to ensure consistent alignment.
• The design supports operation on SBRs and full-auto rifles as noted in the provided description.
• The finish color is listed as Black in the product name.

Built for durability and platform-specific performance, the Wolverine offers a practical blend of materials, modular maintenance features, and a mounting system tailored to AK-style rifles. Its serviceable design and compatibility with Sandman caps make routine upkeep straightforward, while construction choices aim to provide long-term reliability in demanding use. For builders and operators seeking a purpose-designed suppressor for Combloc-style platforms, the Wolverine delivers a focused solution backed by practical engineering.