Abstract: A suppressor that includes a mount having a first flow path through the mount, the mount configured to connect directly to a barrel of a semi-automatic pistol. The suppressor includes a base tube having an initial expansion chamber and having a second flow path through the initial expansion chamber with the base tube being connected to the mount, the second flow path aligned with the first flow path. The suppressor includes a single baffle having a third flow path connected to the base tube, the third flow path aligned with the second flow path. The suppressor includes an end cap having a fourth flow path connected to the single baffle, the fourth flow path aligned with the third flow path. The single baffle may be the only baffle positioned between the base tube and the end cap. The suppressor does not include any wipes and may include a tube extension.

Abstract: A suppressor that includes a mount having a first flow path through the mount, the mount configured to connect directly to a barrel of a semi-automatic pistol. The suppressor includes a base tube having an initial expansion chamber and having a second flow path through the initial expansion chamber with the base tube being connected to the mount, the second flow path aligned with the first flow path. The suppressor includes a single baffle having a third flow path connected to the base tube, the third flow path aligned with the second flow path. The suppressor includes an end cap having a fourth flow path connected to the single baffle, the fourth flow path aligned with the third flow path. The single baffle may be the only baffle positioned between the base tube and the end cap. The suppressor does not include any wipes and may include a tube extension.

Abstract: Apparatuses and systems regarding a firearm suppressor having a remote chamber. The suppressor includes a base configured to be connected to a firearm. The firearm suppressor includes one or more baffles, an end cap, and may include a housing. An initial chamber is positioned between the base and a first baffle. A remote chamber is positioned exterior of the housing and is in fluid communication with the initial chamber. The initial chamber has a first volume and the remote chamber has a second volume, which may be substantially equal to the first volume, more than twice as large as the first volume, or may even be greater than 100 liters. The remote chamber may be connected to the initial chamber via a flexible tube. The remote chamber may be connected to a portion of a firearm, connected to a vehicle, or may be wearable.

Abstract: A suppressor for suppressing the discharge of a shotgun. The suppressor includes a base having a first end, a second end, and a first passageway through the base from the first end to the second end. The suppressor includes an end cap having a second passageway through an interior of the end cap. The suppressor includes at least one baffle positioned between the base and the end cap. The baffle includes a lower portion having a first end, a second end, and a first flow path through an interior of the lower portion. The baffle includes an upper portion having an interior, an exterior, and a second flow path through the interior of the upper portion. The upper portion of the baffle includes a first end, a middle section, and a second end. The second end of the upper portion of the baffle may be bell-shaped.

Abstract: Apparatuses, systems, and methods regarding an end cap for a firearm suppressor that enables the quick connect of another suppressor. The firearm suppressor includes a base that includes a first projectile pathway and is configured to be connected to a barrel of a firearm. The suppressor includes a baffle having a central aperture and an end cap having a first central opening and a second central opening. The baffle is positioned between the end cap and the base. The end cap includes a connector. The end cap includes a second projectile pathway that connects the first central opening and the second central opening. The connector is configured to connect to a second firearm suppressor. The connector may be a quick connect connector. The connector may include external threads, internal threads, one or more external lugs, and/or external locking teeth.

Abstract: Apparatuses and systems regarding a firearm suppressor having a remote chamber. The suppressor includes a base configured to be connected to a firearm. The firearm suppressor includes one or more baffles, an end cap, and may include a housing. An initial chamber is positioned between the base and a first baffle. A remote chamber is positioned exterior of the housing and is in fluid communication with the initial chamber. The initial chamber has a first volume and the remote chamber has a second volume, which may be substantially equal to the first volume, more than twice as large as the first volume, or may even be greater than 100 liters. The remote chamber may be connected to the initial chamber via a flexible tube. The remote chamber may be connected to a portion of a firearm, connected to a vehicle, or may be wearable.

Abstract: A regulated gas block assembly may include a gas block including a barrel receiving bore, a gas tube receiving bore, and an intermediate passage extending from the barrel receiving bore to the gas tube receiving bore. The intermediate passage may be oriented at an oblique angle with respect to the barrel receiving bore. The intermediate passage may include a gas regulator seat, and a gas regulator may be positioned and removably secured in the gas regulator seat. A barrel including a gas ring recess may be fit to the regulated gas block assembly.

Abstract: A muzzle booster or similar device for regulating firearm discharge gases from an autoloading firearm is disclosed. The muzzle booster may include a shroud and an interior component. The interior component may include a blast baffle that is configured and dimensioned to provide internal and external geometries such that exhaust pressure within the gas system is extended as a function of time to increase the overall minimum pressure impulse from the gas system into the operating mechanism of the host firearm. The blast baffle or interior component may be of M baffle type, K baffle type, or other baffle design, including monocore designs, or baffle designs integrated into monocore designs. The shroud and the interior component may cooperate with the barrel of the host firearm to form a taper lock system for securing the muzzle booster or device to the host firearm barrel.

Abstract: A suppressor for suppressing the discharge of a firearm. The suppressor includes a plurality of baffles positioned between a base and an end cap. The baffles and a portion of the end cap are configured to form a contiguous bore through the suppressor. The bore includes a plurality of bores to allow gasses to escape into chambers in the suppressor. The baffles include a lower cylindrical portion, an upper cylindrical portion, a plurality of holes through the upper cylindrical portion, and a cone portion. The baffles include a central bore through the upper cylindrical portion. The central bore of each baffle is aligned with the central bore of the end cap and the upper cylindrical portions are sequentially positioned to align the central bore of each baffle of the plurality of baffles with the central bore of the end cap to form the continuous bore.

Abstract: Apparatuses, systems, and methods regarding modular solvent traps. A dry storage cup for a modular solvent trap includes a cone with a first open interior and a first centerline with at least one aperture through the sidewall. The dry storage cup includes a seal ring connected to the bottom of the cone that extends radially away from the bottom of the cone. The seal ring having a conical structure that extends away from the seal ring. The dry storage cup includes a first flange connected to the top of the cone that forms an internal shoulder with external threads on an exterior of the first flange. A housing tube is connected to the first flange opposite of the cone with internal threads on the interior of the housing tube. A solvent trap may include a housing tube, a first dry storage cup, a second dry storage cup, and a cap.

Abstract: A regulated gas block assembly may include a gas block including a barrel receiving bore, a gas tube receiving bore, and an intermediate passage extending from the barrel receiving bore to the gas tube receiving bore. The intermediate passage may be oriented at an oblique angle with respect to the barrel receiving bore. The intermediate passage may include a gas regulator seat, and a gas regulator may be positioned and removably secured in the gas regulator seat. A barrel including a gas ring recess may be fit to the regulated gas block assembly.

Abstract: An apparatus and method to aid in providing a bore through a solvent trap that is both vertical and aligned with the centerline of the solvent trap. The apparatus includes a base, cap, and drill bushing. The base includes an exterior and a first central opening that forms an interior. The first central opening is configured to receive at least a portion of a solvent trap. The cap is configured to be secured to a portion of the solvent trap and includes the drill bushing positioned within a second central opening of the cap. The drill bushing includes a third central opening configured to align a drill bit along a centerline of the solvent trap. The third central opening may be configured to permit passage of various sizes of firearm rounds.

Abstract: An apparatus and method to aid in providing a bore through a solvent trap that is both vertical and aligned with the centerline of the solvent trap. The apparatus includes a base, cap, and drill bushing. The base includes an exterior and a first central opening that forms an interior. The first central opening is configured to receive at least a portion of a solvent trap. The cap is configured to be secured to a portion of the solvent trap and includes the drill bushing positioned within a second central opening of the cap. The drill bushing includes a third central opening configured to align a drill bit along a centerline of the solvent trap. The third central opening may be configured to permit passage of various sizes of firearm rounds.

Abstract: An apparatus and method to aid in providing a bore through a solvent trap that is both vertical and aligned with the centerline of the solvent trap. The apparatus includes a base, cap, and drill bushing. The base includes an exterior and a first central opening that forms an interior. The first central opening is configured to receive at least a portion of a solvent trap. The cap is configured to be secured to a portion of the solvent trap and includes the drill bushing positioned within a second central opening of the cap. The drill bushing includes a third central opening configured to align a drill bit along a centerline of the solvent trap. The third central opening may be configured to permit passage of various sizes of firearm rounds.

Abstract: A regulated gas block assembly may include a gas block including a barrel receiving bore, a gas tube receiving bore, and an intermediate passage extending from the barrel receiving bore to the gas tube receiving bore. The intermediate passage may be oriented at an oblique angle with respect to the barrel receiving bore. The intermediate passage may include a gas regulator seat, and a gas regulator may be positioned and removably secured in the gas regulator seat. A barrel including a gas ring recess may be fit to the regulated gas block assembly.

Abstract: A regulated gas block assembly may include a gas block including a barrel receiving bore, a gas tube receiving bore, and an intermediate passage extending from the barrel receiving bore to the gas tube receiving bore. The intermediate passage may be oriented at an oblique angle with respect to the barrel receiving bore. The intermediate passage may include a gas regulator seat, and a gas regulator may be positioned and removably secured in the gas regulator seat. A barrel including a gas ring recess may be fit to the regulated gas block assembly.

Abstract: A muzzle booster or similar device for regulating firearm discharge gases from an autoloading firearm is disclosed. The muzzle booster may include a shroud and an interior component. The interior component may include a blast baffle that is configured and dimensioned to provide internal and external geometries such that exhaust pressure within the gas system is extended as a function of time to increase the overall minimum pressure impulse from the gas system into the operating mechanism of the host firearm. The blast baffle or interior component may be of M baffle type, K baffle type, or other baffle design, including monocore designs, or baffle designs integrated into monocore designs. The shroud and the interior component may cooperate with the barrel of the host firearm to form a taper lock system for securing the muzzle booster or device to the host firearm barrel.

Abstract: An apparatus and methods for regulating firearm discharge gases are disclosed. The apparatus may include a muzzle booster having a main body and an orifice including an inner surface. A first baffle may be positioned in the orifice, a second baffle may be positioned against the first baffle. The second baffle may be secured to the inner surface. A distal end cap may be secured to the second baffle. The distal end cap may further include a distal bore. One or more expansion modules may be removably secured to the muzzle booster with a quick connect disconnect fitting. The expansion modules may include modular suppressors for various operational requirements.

Abstract: A suppressor assembly for a firearm including a barrel, a bore and a muzzle end. The suppressor assembly may include a gas block mount positioned about the barrel, and outer tube configured to be attached to the gas block mount, and a baffle configured to be attached to the muzzle end of the firearm. The baffle is telescopically received and configured to have a clearance fit with the outer tube. The baffle may also include one or more outer edges configured to scrape debris from the inner surface of the outer tube when the baffle is removed from the outer tube.