Abstract: In an example embodiment, there is disclosed herein a molded panel configured for mounting on a rail of a weapon, the molded panel having a slot that will allowing a cavity to be opened into the panel for allowing a friction fit insert to be inserted into the slot, The friction insert causes the molded panel to be locked onto a rail while the friction fit is inserted into the cavity.

Abstract: Described in an example embodiment herein is a system for hot equipment and thermal mitigating that can be employed for weapon or firearm storage, such as for example carrying bags, weapon barrel bags, suppressor bags and pouches or any thermally conductive equipment and/or accessories relating to firearm or weapon systems. The system comprises a multi layered system of non-thermally conductive materials arranged in a manner to mitigate heat transfer and/or shield or mask a thermal signature. The arrangement of the aforementioned materials comprises a hot face contact layer, an insulating layer, a reflective layer and a flexible, semi-flexible or hard outer shell that can be configured in any shape or pattern to produce products, such as, including but not limited to a weapon storage case, carrying bags, barrel bags, suppressor pouches or any thermally conductive equipment and or accessories relating to firearm or weapon systems.

Abstract: In an example embodiment, there is disclosed herein a molded panel configured for mounting on a rail of a weapon, the molded panel having a slot that will allowing a cavity to be opened into the panel for allowing a friction fit insert to be inserted into the slot, The friction insert causes the molded panel to be locked onto a rail while the friction fit is inserted into the cavity.

Abstract: Gun rail attachments, gun components and accessories and systems include attachment bodies made of polymeric materials with hardness ratings and ranges which are generally flexible and malleable and heat resistant. Reinforcing members are combined with the attachment bodies for secure attachment to gun rails and grips with only the polymeric attachment bodies exposed. Pockets, cavities and channels are formed in the attachment bodies for receiving wires, devices, device modules, components or accessories for guns.

Abstract: In accordance with an example embodiment, there is disclosed herein, an apparatus, comprising a mounting base configured to attach to a weapon, a ball coupled with the mounting base, and a socket mount coupled with the ball. The socket mount comprises at least one port allowing a locking mechanism to lock the ball at a position and a head configured to mount an accessory. When the locking mechanism is disengaged, the ball can be moved to any desired position, and then the locking mechanism can be employed to lock the ball into the desired position.

Abstract: In accordance with an example embodiment, there is disclosed herein an apparatus comprising a base and a barrel holder body coupled with the base. The barrel holder body comprises opposing arms made of a flexible material forming a cylindrical cavity with an opening configured to receive a first section of a barrel of a firearm.

Abstract: Suppressor sleeves and gun barrel sleeves and covers have longitudinal interior splines and venting valleys and exterior ribs arranged at angles relative to the interior splines. One or more sleeves and caps are combined to provide suppressor sleeve assemblies and gun barrel covers and related weapon accessories.

Abstract: Suppressor sleeves and gun barrel sleeves and covers have longitudinal interior splines and venting valleys and exterior ribs arranged at angles relative to the interior splines. One or more sleeves and caps are combined to provide suppressor sleeve assemblies and gun barrel covers and related weapon accessories.

Abstract: Gun rail attachments, gun components and accessories and systems include attachment bodies made of polymeric materials with hardness ratings and ranges which are generally flexible and malleable and heat resistant. Reinforcing members are combined with the attachment bodies for secure attachment to gun rails and grips with only the polymeric attachment bodies exposed. Pockets, cavities and channels are formed in the attachment bodies for receiving wires, devices, device modules, components or accessories for guns.

Abstract: Weapon and gun accessories and grip devices and systems for attachment by adhesive or fasteners to various gun parts and components including gun rails.

Abstract: Gun rail attachments, gun components and accessories and systems include attachment bodies made of polymeric materials with hardness ratings and ranges which are generally flexible and malleable and heat resistant. Reinforcing members are combined with the attachment bodies for secure attachment to gun rails and grips with only the polymeric attachment bodies exposed. Pockets, cavities and channels are formed in the attachment bodies for receiving wires, devices, device modules, components or accessories for guns.

Abstract: Gun accessories and gun grip devices and systems for attachment by adhesive or fasteners to various gun parts and components including gun rails.

Abstract: Gun rail attachments, gun components and accessories and systems include attachment bodies made of polymeric materials with hardness ratings and ranges which are generally flexible and malleable and heat resistant. Reinforcing members are combined with the attachment bodies for secure attachment to gun rails and grips with only the polymeric attachment bodies exposed. Pockets, cavities and channels are formed in the attachment bodies for receiving wires, devices, device modules, components or accessories for guns.