A holster having a holster body; a locking element having a helical ramp surface, wherein the locking element is at least rotatable between a locking element engaged position, wherein at least a portion of a locking projection portion of the locking element protrudes into an at least partial cavity portion of the holster and a locking element disengaged position, wherein at least a portion of the locking projection portion of the locking element is withdrawn from the at least partial cavity portion; and a release lever attached or coupled to a pushrod, and wherein as the release lever is urged toward the locking element, interaction between a first end of the pushrod and the helical ramp surface causes the locking element to rotate toward the release lever disengaged position.

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 for receiving and withdrawing a handgun has a proximal wall portion with a handgun retention mechanism thereon. The mechanism having a first lever with a tab portion for actuation and release of a trigger guard, the lever having a snap fit into a lever region without a separate pin. A belt engaging member covers the lever region capturing the first lever therein. If a second retention mechanism is used, another lever with a tab portion is positioned so the tabs are stacked, depressing one also depresses the tab behind it, such that both mechanisms are released. Overmolded polymer layers in the holster body provides a softer interior handgun engagement surfaces. The holster body is split forwardly with a threaded fastener for clamping onto the handgun. No holster body is beneath or rearward of the tab portion, configured as a thumb button, allowing smooth transition to gripping 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.

The present disclosure provides a quick-release adapter. The quick-release adapter comprises a regulating part, a fixing part, and a functional part. The regulating part is engaged with or detached and separated from the fixing part through a chute. The fixing part is equipped with the U-shaped chute located in three sides of a chute surface of the fixing part to form a U-shaped structure. The regulating part slides into the fixing part along, the chute to form an engaged quick-release part. The functional part is fixed to a functional mounting surface, of the regulating part through a rotating mechanism. The functional part rotates around the rotating mechanism. Furthermore, the rotating mechanism comprises rotation holes, a regulating rod, a rotation fixing disc and a rotation limiting disc.

A holster having a holster body; a locking element having a first helical portion defining a first helical ramp surface and a second helical portion defining a second helical ramp surface, wherein the locking element is at least rotatable between a locking element engaged position, wherein at least a portion of the locking projection portion of the locking element protrudes into an at least partial cavity portion of the holster and a locking element disengaged position, wherein at least a portion of the locking projection portion of the locking element is withdrawn from the at least partial cavity portion; and a release lever attached or coupled to a pushrod, and wherein as the release lever is urged toward the locking element, interaction between a first end of the pushrod and the second helical ramp surface causes the locking element to rotate toward the release lever disengaged position.

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.

Provided herein is a modular holster system comprising a combination of a holster, magazine carrier, connector and a belt clip. The holster and the magazine carrier each comprise an O-ring based retention system which holds the firearm and magazine in place without compromise quick draw. The modular holster system can be assembled in a vertical, angled, or staked orientation. Furthermore, the modular holster system can be configured to be carried inside the waistband of the user, outside the waistband of the user, or appendix to the user.

A holster for receiving and withdrawing a handgun has a proximal wall portion with a handgun retention mechanism thereon. The mechanism having a first lever with a tab portion for actuation and release of a trigger guard, the lever having a snap fit into a lever region without a separate pin. A belt engaging member covers the lever region capturing the first lever therein. If a second retention mechanism is used, another lever with a tab portion is positioned so the tabs are stacked, depressing one also depresses the tab behind it, such that both mechanisms are released. Overmolded polymer layers in the holster body provides a softer interior handgun engagement surfaces. The holster body is split forwardly with a threaded fastener for clamping onto the handgun. No holster body is beneath or rearward of the tab portion, configured as a thumb button, allowing smooth transition to gripping the handgun.

A gun safety system can include a mount assembly comprising a mounting rail and a first lock mechanism, the mount assembly configured to secure the mounting rail to a support structure; and a gun safe assembly comprising an outer housing and an inner housing assembly disposed within the outer housing, the inner housing assembly including a sleeve at least partially defining a gun storage cavity, the outer housing comprising a first mounting rail guide, the first lock mechanism being accessible through the gun storage cavity in response to the gun safety system being in a docked configuration.