Low lethal projectile system

A system for modular, low-lethal ammunition comprising,

• an exterior shell having a first internal cavity accessible via a first opening on an expulsion end and a second internal cavity accessible via a second opening on a rear end,
• wherein said first internal cavity and said second internal cavity are separated via an internal structure,
• wherein said internal structure comprises an internal wall and a plurality of support structures,
• wherein said internal structure extends from said rear end to a point between said rear end and said expulsion end,
• wherein said internal wall defines a diameter of said second internal cavity,
• wherein said plurality of support structures are attached to said internal wall and said exterior shell,
• wherein a projectile mounting area defined by walls of said exterior shell is located within said first internal cavity,
• wherein a propellant mounting area, defined by said internal wall of said internal structure, is located within said second internal cavity,
• a projectile assembly comprising a capsule tube and a sealing member,
• wherein said capsule tube is configured to hold an effective compound,
• wherein said sealing member is configured to secure to an aperture of said capsule tube in a way such that it seals said effective compound within said capsule tube,
• wherein at least two conical sealing sections of a buffer unit of said sealing member are configured to make contact with said projectile mounting area,
• wherein a base end of said buffer unit creates an expansion chamber with said internal structure and said walls of said exterior shell when said projectile assembly is secured within said first internal cavity, and
• a propellant cartridge comprising a hollow casing, cartridge primer, wad, primer material, and propellant,
• wherein said hollow casing is configured to be inserted into said second opening of said exterior shell,
• wherein said hollow casing is less than one millimeter wider that said second opening of said exterior shell,
• wherein said propellant is configured to deflagrate into hot gasses that expand into said expansion chamber and create pressure behind said buffer unit,
• wherein said pressure ejects said projectile assembly from said exterior shell.

A system for modular, low-lethal ammunition comprising,

• an exterior shell having a first internal cavity accessible via a first opening on an expulsion end and a second internal cavity accessible via a second opening on a rear end,
• wherein said first internal cavity and said second internal cavity are separated via an internal structure,
• wherein said internal structure comprises an internal wall and a plurality of support structures,
• wherein said internal structure extends from said rear end to a point between said rear end and said expulsion end,
• wherein said internal wall defines a diameter of said second internal cavity,
• wherein said plurality of support structures are attached to said internal wall and said exterior shell,
• wherein a projectile mounting area, defined by walls of said exterior shell, is located within said first internal cavity,
• wherein a propellant mounting area, defined by said internal wall of said internal structure, is located within said second internal cavity,
• a projectile assembly comprising a capsule tube and a sealing member,
• wherein said capsule tube is configured to hold an effective compound,
• wherein a capsule plug of said sealing member is configured to secure to an aperture of said capsule tube in a way such that it seals said effective compound within said capsule tube,
• wherein a buffer unit of said sealing member is configured to secure to said capsule plug,
• wherein at least two conical sealing sections of said buffer unit are configured to make contact with said projectile mounting area,
• wherein said capsule tube and said sealing member create a sealed projectile assembly when combined,
• wherein a base end of said buffer unit creates an expansion chamber with said internal structure and said walls of said exterior shell when said sealed projectile assembly is secured within said first internal cavity, and
• a propellant cartridge comprising a hollow casing, cartridge primer, wad, primer material, and propellant,
• wherein said hollow casing is configured to be inserted into said second opening of said exterior shell,
• wherein said hollow casing is less than one millimeter wider that said second opening of said exterior shell,
• wherein said hollow casing has a height that is no greater than a distance between a rear end of the exterior shell and a top point of said internal structure,
• wherein said propellant is configured to deflagrate into hot gasses that expand into said expansion chamber and create pressure behind said buffer unit,
• wherein said pressure ejects said sealed projectile assembly from said exterior shell.