Advanced Armament Corp., LLC

Hunter Martin Terhune

Kevin Tyson Brittingham

Michael Leighton Smith

Mike Smith

A recoil booster for use with a sound suppressor for a firearm includes a hollow piston configured to be coupled to the firearm, a cap assembly, and a housing configured to be coupled to the sound suppressor. The cap assembly is removably coupled to the housing and includes an inner periphery configured to slidably guide a head portion of the piston. The housing includes an internal shoulder configured to abut the head portion of the piston in a nominal position of the booster. When the cap assembly is uncoupled from the housing, the piston is removable from the booster by sliding the head portion of the piston forward out of the cap assembly.

Recoil booster for firearm sound suppressors

A baffle configured for use in a firearm sound suppressor is disposed along a longitudinal axis that defines a path of travel for a projectile moving from a rearward side to a forward side. The baffle includes a rear bell portion having a first annular exterior surface and a forward bell portion having a second annular exterior surface. Along the longitudinal axis in a forward direction, the rear bell portion decreases in cross-section and the forward bell portion increases in cross-section. The baffle further includes a waist portion connecting the rear bell portion and the forward bell portion. A central bore extends along the longitudinal axis through the rear bell portion and defines an annular interior surface which is sized to receive a projectile traveling along the longitudinal axis. The baffle may be one of a plurality of baffles in a baffle stack.

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Snellville, GA, United States of America

Hunter Martin Terhune