A packaging for hollow charges for use in blasting applications in boreholes retains fragments in the event of unintentional ignition of the hollow charges. The packaging withstands and dissipates the pressure generated. It is proposed that the hollow charges are embedded in a solid material which captures the fragments, the solid material has pressure relief openings through which the pressure generated during a detonation of the hollow charges can escape, the solid material is covered with shock-absorbing material on the top side and on the base side of the packaging, the hollow charges are packed in pairs such that there are always two hollow charges situated with their openings facing each other, the axes of symmetry of the hollow charges are arranged in a plane perpendicular to the top side and base side, and the solid material is inserted with the hollow charges and the shock-absorbing material into a cage.

A container for packaging and storing ammunition units in tubes. A unit cargo includes such containers. A method for packaging and storing such containers. T-shaped detonation protections are introduced to separate adjacent tubes in order to prevent mass detonation.

A container for packaging and storing ammunition units in tubes. A unit cargo includes such containers. A method for packaging and storing such containers. T-shaped detonation protections are introduced to separate adjacent tubes in order to prevent mass detonation.

The magazine carrier has flexible yet durable material of construction and slides directly into a rifle magazine and is kept on the magazine during loading into a rifle. The carrier includes novel features for the modern operator including forward facing finger grips and a loop at the bottom to provide magazine drawing and storage options as well as impact protection to the magazine. In addition to providing direct protection to the magazine from contaminants such as dirt and mud, the magazine carrier can also be provided in an alternative embodiment with infrared signature reduction panels to provide the operator with an overall reduced infrared signature.

An Anti-Ballistic Handling Case including a body having a plurality of body side walls forming a hollow interior region; a lid having a plurality of a lid side walls, wherein the lid is attached to the body and configured to cover the body portion to enclose the hollow interior region of the body; and an anti-ballistic portion disposed adjacent to at least one of the plurality of body side walls, and the plurality of lid side walls.

A container for containing an explosive device, including an outer shell and blast containing panels disposed against inner surfaces of the outer shell to substantially define an enclosure. Each blast containing panel includes a fragment-retaining layer and at least one mitigating layer facing the enclosure. Each mitigating layer includes a cell structure having an outer wall connected to the fragment-retaining layer and a cell walls extending from the outer wall and forming cells having one end closed by the outer wall and an opposed end open, a blast effect mitigating material received within the cells, a fabric layer disposed against and sealing the open end of the cells, a mesh layer overlaying the fabric layer, and a frame forming a perimeter surrounding sides of the cell structure. The mitigating layer reduces a blast wave force and the fragment-retaining layer resists a remainder of the blast wave force and retains fragments.

A container for containing an explosive device, including an outer shell and blast containing panels disposed against inner surfaces of the outer shell to substantially define an enclosure. Each blast containing panel includes a fragment-retaining layer and at least one mitigating layer facing the enclosure. Each mitigating layer includes a cell structure having an outer wall connected to the fragment-retaining layer and a cell walls extending from the outer wall and forming cells having one end closed by the outer wall and an opposed end open, a blast effect mitigating material received within the cells, a fabric layer disposed against and sealing the open end of the cells, a mesh layer overlaying the fabric layer, and a frame forming a perimeter surrounding sides of the cell structure. The mitigating layer reduces a blast wave force and the fragment-retaining layer resists a remainder of the blast wave force and retains fragments.

An Anti-Ballistic Handling Case including a body having a plurality of body side walls forming a hollow interior region; a lid having a plurality of a lid side walls, wherein the lid is attached to the body and configured to cover the body portion to enclose the hollow interior region of the body; and an anti-ballistic portion disposed adjacent to at least one of the plurality of body side walls, and the plurality of lid side walls.

An Anti-Ballistic Handling Case including a body having a plurality of body side walls forming a hollow interior region; a lid having a plurality of a lid side walls, wherein the lid is attached to the body and configured to cover the body portion to enclose the hollow interior region of the body; and an anti-ballistic portion disposed adjacent to at least one of the plurality of body side walls, and the plurality of lid side walls.

The magazine carrier has flexible yet durable material of construction and slides directly into a rifle magazine and is kept on the magazine during loading into a rifle. The carrier includes novel features for the modern operator including forward facing finger grips and a loop at the bottom to provide magazine drawing and storage options as well as impact protection to the magazine. In addition to providing direct protection to the magazine from contaminants such as dirt and mud, the magazine carrier can also be provided in an alternative embodiment with infrared signature reduction panels to provide the operator with an overall reduced infrared signature.