A holster shell is constructed with a horizontally oriented closed bottom wall, which along with opposing outward and inward facing sidewalls form a U-shaped cross section. A holster cavity is exposed along front and rear sides of the holster shell, through respective front and rear gaps that are defined between the sidewalls and the bottom wall. In some embodiments, the front gap of the holster cavity provides clearance for varying dimension, electro-optical or other sighting systems. In some embodiments, the rear gap of the holster cavity provides clearance for varying dimension laser sights and/or flashlight modules. Handgun retention features, such as trigger guard and/or ejection port conforming profiles, are defined within the holster shell. When a corresponding handgun is inserted within the holster cavity, the holster shell provides retention bias against the handgun.

A holster shell is constructed with a horizontally oriented closed bottom wall, which along with opposing outward and inward facing sidewalls form a U-shaped cross section. A holster cavity is exposed along front and rear sides of the holster shell, through respective front and rear gaps that are defined between the sidewalls and the bottom wall. In some embodiments, the front gap of the holster cavity provides clearance for varying dimension, electro-optical or other sighting systems. In some embodiments, the rear gap of the holster cavity provides clearance for varying dimension laser sights and/or flashlight modules. Handgun retention features, such as trigger guard and/or ejection port conforming profiles, are defined within the holster shell. When a corresponding handgun is inserted within the holster cavity, the holster shell provides retention bias against the handgun.

A holster system having a spacer and a holster for receiving a handgun. The holster comprising a holster body having a forward end, a rearward end, and a holster wall extending therebetween. The holster wall defining a cavity extending along a handgun receiving and withdrawal axis. The spacer comprising a ramp portion for receiving and positioning a forward portion of handgun frame as the handgun is inserted into the holster, the ramp portion having a recess for receiving the trigger guard while the handgun is holstered. The spacer further comprising a landing portion extending downward from an upper end of the ramp portion, the landing portion having a leaf spring that confronts a rearward facing surface of the handgun and biases the handgun against two rails of the holster while the handgun is holstered.

The present invention provides for a universal holster assembly for securely storing one or more handguns. The holster assembly comprises a first and second end walls. A supporting pad is located between the first and second end walls. The first and second end walls and the supporting pad define a cradle configured for holstering a handgun. A hollow tube extends through a set of aligned openings formed in the first and second end walls and the supporting pad. A plug having a head and a body is used to secure each end of the tube. The body is inserted into an end of the tube and a head urging against an exterior surface of one of the end walls, thus securing the holster assembly. Additional cradles may be defined by adding dividing walls and additional supporting pads. Further, one or more storage compartments may also be provided.

Disclosed are assemblies and components of an adjustable holster. The holster includes a holster body that defines a cavity to receive a firearm. One or more clips can be hingedly attached to the holster body. In some embodiments, each clip can be removably attached to a hinge pin on the holster body. Based on the configuration and location of the clip(s), the disclosed assemblies can be configured as either a right-hand or left-hand holster assembly, as an inside-the-waist-band holster or an outside-the-waist-band holster, and/or as a holster with a canted or non-canted orientation. The holster can be reconfigured without tools in some embodiments.

A system and method for a secure weapon concealment compartment situated in a personal carrying item such as a purse, handbag, briefcase, backpack or luggage that allows a person to safely and efficiently carry, store and make available for use a weapon. The concealment compartment includes weapon securing having tapered holders or orifices formed to receive a weapon and provide safety against unintentional discharge of the weapon and resistive forces applied to a protective carrier of the weapon once stored to enable quick and effective withdrawal of the weapon from the concealment compartment.

Systems and methods for containing discharge from a holstered firearm are described. The system may include a bullet containment device (BCD) with a rectangular backing plate coupled to a firearm holster, a U-shaped housing having a base, two sides, and a top opening, a front plate coupled to housing such that the housing is interposed between the front plate and the backing plate, an upper shelf coupled to and normal to the housing sides, whereby the upper shelf, front plate, housing, and backing plate form an interior cavity generally in line with a bore axis of the firearm when the apparatus is coupled to the holster and the firearm is fully seated in the holster, whereby a bullet fired from the firearm while seated in the holster is confined to the interior cavity, and a lower shelf coupled to and generally normal to the housing sides.

A holster for a handgun having a top portion including a slide that can be attracted by a magnet. The holster includes a holster body that does not lock a handgun therein, having side walls and a top wall together at least partially defining a chamber in the holster for receiving the handgun in a position with the handgun slide adjacent to the top wall of the holster. A handgun locking device on the holster body top wall is engageable with the handgun slide to secure the handgun in a locked position in the holster body. At least one magnet on the holster body is located in a position for magnetically attracting a ferrous portion of the handgun thereby to urge the handgun slide into engagement with the locking device to secure the handgun in a locked position in the holster.

A utility pouch for housing an object. The utility pouch comprising a first side with two circular holes, a second side with two protrusions, a third side with two circular holes, a fourth side with two protrusions, wherein the length of the fourth side is equivalent to the length of the second side, a fifth side with two circular holes similarly aligned lengthwise as the two circular holes on the first side, wherein the length of the fifth side is the same as the length of the first side.

A holster to selectively vary accommodation of different guns, different holster wearing conditions, and different holster mountings is shown and described The holster includes a sheath for receiving a gun, the sheath including a retentive surface covering at least part of the sheath At least one detachable functional enhancement module is manually attachable to and removable from the sheath Modules may influence sheath configuration, gun position when inserted, gun withdrawal from the sheath, and mounting possibilities relative to environmental objects The sheath may comprise a flexible neoprene fabric coated with polyparaphenylene terephthalamide, with a hook and loop covering Modules may have corresponding hook and loop patches.