Oct 13, 2026

US12760982 - Firearm suppressor

Various systems, methods, and apparatuses related to a firearm suppressor are provided. An example suppressor for a firearm includes an inner body and an external shroud. The inner body may include a muzzle attachment portion and a plurality of baffles. The baffles may each define an opening, and the openings of the plurality of baffles may collectively define a linear projectile path through the inner body along an axis extending from a proximal end of the suppressor to a distal end of the suppressor defining an exit opening. The external shroud may removably couple to and at least partially cover the inner body. The external shroud may permit at least a portion of propellent gas within the inner body to exit the suppressor via a secondary opening defined between the inner body and the external shroud.

firearmsuppressorammunition

The patent describes a firearm suppressor that features an inner body with a muzzle attachment and multiple baffles, which create a linear projectile path and an expansion chamber. Additionally, an external shroud is designed to cover the inner body and allows propellant gas to exit through a secondary opening, enhancing the suppressor’s functionality.

Claim 1

1 . A suppressor for a firearm defining a distal end and a proximal end, the suppressor comprising: an inner body comprising: a muzzle attachment portion; and a plurality of baffles each defining an opening, wherein the openings of the plurality of baffles collectively define a linear projectile path through the inner body along an axis extending from the proximal end of the suppressor to the distal end of the suppressor defining an exit opening, wherein an expansion chamber is defined between the muzzle attachment portion and one of the plurality of baffles; and an external shroud configured to removably couple to and at least partially cover the inner body, wherein the external shroud is configured to permit at least a portion of propellent gas within the inner body to exit the suppressor via a secondary opening defined between the inner body and the external shroud, wherein the inner body defines a flange that defines a circumferential groove that is configured to receive a proximal end of the external shroud, wherein the flange defines a labyrinth structure configured to define one or more flow directional convolutions between the flange and the external shroud, and wherein the proximal end of the external shroud is inserted into the circumferential groove. an inner body comprising: a muzzle attachment portion; and a plurality of baffles each defining an opening, wherein the openings of the plurality of baffles collectively define a linear projectile path through the inner body along an axis extending from the proximal end of the suppressor to the distal end of the suppressor defining an exit opening, wherein an expansion chamber is defined between the muzzle attachment portion and one of the plurality of baffles; and a muzzle attachment portion; and a plurality of baffles each defining an opening, wherein the openings of the plurality of baffles collectively define a linear projectile path through the inner body along an axis extending from the proximal end of the suppressor to the distal end of the suppressor defining an exit opening, wherein an expansion chamber is defined between the muzzle attachment portion and one of the plurality of baffles; and an external shroud configured to removably couple to and at least partially cover the inner body, wherein the external shroud is configured to permit at least a portion of propellent gas within the inner body to exit the suppressor via a secondary opening defined between the inner body and the external shroud, wherein the inner body defines a flange that defines a circumferential groove that is configured to receive a proximal end of the external shroud, wherein the flange defines a labyrinth structure configured to define one or more flow directional convolutions between the flange and the external shroud, and wherein the proximal end of the external shroud is inserted into the circumferential groove.

Google Patents

https://patents.google.com/patent/US12760982

USPTO PDF

https://image-ppubs.uspto.gov/dirsearch-public/print/downloadPdf/12760982

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