A wearable belt pouch for concealingly carrying a handgun and holster combination. The belt pouch has a body panel hingedly joined to a front panel having a peripheral side wall. The front panel is configured to be swung upwardly from a closed position to an open position to expose the body panel and form a first access opening. Magnetic closures on each of the front panel and the body panel are configured to releasably secure the front panel to the body panel when the front panel is in the closed position. A holster engagement strip is formed in a V-shape and secured to the outer face of the body panel, wherein the holster engagement strip has a width sized for engagement with the belt clip of the holster. A second access opening in the peripheral side wall is configured to provide access to the handgun in the pouch interior.

A belly band that is configured to be worn by, and secured around a waist of, a person is disclosed. The belly band is particularly configured to carry and conceal a firearm around the person's waist. The belly band includes a flexible band that secures the belly band to a person's waist. The belly band further includes a pocket this is integrally formed with or connected to the front side, with the pocket being configured to receive and hold a rigid firearm holster. In addition, the pocket of the belly band includes a top edge that is structurally reinforced (to assist in holding and stabilizing the rigid firearm holster and, particularly, to receive the clips of such holsters that are normally secured to traditional belts). Still further, the belly band includes an attachment means that is configured to reversibly connect the belly band to a person's waist.

A wearable belt pouch for concealingly carrying a handgun and holster combination. The belt pouch has a body panel hingedly joined to a front panel having a peripheral side wall. The front panel is configured to be swung upwardly from a closed position to an open position to expose the body panel and form a first access opening. Magnetic closures on each of the front panel and the body panel are configured to releasably secure the front panel to the body panel when the front panel is in the closed position. A holster engagement strip is formed in a V-shape and secured to the outer face of the body panel, wherein the holster engagement strip has a width sized for engagement with the belt clip of the holster. A second access opening in the peripheral side wall is configured to provide access to the handgun in the pouch interior.

A holster belt is configured to support a holster and a handgun combination. The holster belt has a belt portion defining an inner layer and an outer layer comprising an elastic material. The holster belt further has a closure and a holster engagement strip, wherein the holster engagement strip is rigid and is configured to support a holster and a handgun combination, wherein the holster comprises a holster body configured for receiving the handgun and a belt clip, wherein the holster engagement strip is configured to be sized for engagement with the belt clip of the holster.

An attachment aperture array matrix having a matrix layer, wherein the matrix layer comprises a plurality of spaced apart matrix apertures formed therethrough, wherein the matrix apertures are substantially octagonally shaped matrix apertures arranged in a repeating sequence of equally spaced rows and equally spaced columns.

A system for supporting a firearm in a generally vertical position includes a stock support member to support the stock of the firearm, a first fastening element operatively connectable to a user, and a second fastening element mountable with respect to the firearm. The system is configured such that the first and second fastening elements remain engaged when the firearm is in the generally vertical position so that the firearm is supported only by the fastening elements and the stock support member, but automatically disengage when the firearm is moved to a generally horizontal position for firing.

A holster belt is configured to support a holster and a handgun combination. The holster belt has a belt portion defining an inner layer and an outer layer comprising an elastic material. The holster belt further has a closure and a holster engagement strip, wherein the holster engagement strip is rigid and is configured to support a holster and a handgun combination, wherein the holster comprises a holster body configured for receiving the handgun and a belt clip, wherein the holster engagement strip is configured to be sized for engagement with the belt clip of the holster.

A dynamically expandable rigid waistband system includes one or more rigid belt portions coupled to an expandable and adjustable waistband portion. The ends of one or more rigid belt portions are movably coupled to form a dynamically adjustable rigid belt ring. The dynamically adjustable rigid belt ring can expand or contract as the movably coupled ends of the one or more rigid belt portions move relative to each other by greater or smaller amounts. The dynamically adjustable rigid belt ring is then coupled to the expandable and adjustable waistband portion so that when the expandable and adjustable waistband portion expands or contracts, the dynamically adjustable rigid belt ring similarly expands or contracts to provide the comfort, range of motion, and adaptability of an expandable and adjustable waistband as well as a rigid structure for attaching devices safely and securely to the waistband.

A duty belt includes a belt and a buckle. A first fixed belt end is rigidly secured to the belt, and a second free belt end having longitudinally-distributed recesses is releasably engaged with at least one rigid buckle pin via at least one recess in the closed state of the duty belt. In the closed state, the free end is guided through a buckle opening and overlaps with the fixed end. The buckle has two perpendicularly and longitudinally offset buckle plates such that a connection element with precisely one opening for passing through the belt is between the two plates. The first plate inner face has a securing device securing the fixed end to the buckle while the second plate inner face has the at least one rigid pin so that one plate is constantly visible from outside in the closed state regardless of which belt side lies outside.

Example implementations relating to a deep concealment holster assembly are disclosed herein. In one particular implementation, a holster specifically designed and/or structured for a waist belt concealment may be adapted for a deep concealment.