These are universal, "tuckable" IWB struts. They allow you to carry your firearm (or other device) inside-the-waistband, while making it possible to wear your shirt in a tucked position. They are designed by NSR Tactical and made from a proprietary polymer material. They've undergone rigorous testing and are virtually indestructible. This model is the non-drilled short variant. It features (3) IWB Loop mounting holes (with retention dimples) that are spaced at .375 inches. The standard 5 degree cant helps keep the mounted item pushed against the body. This is especially important for firearm mounts
This Tuckable Strut holster mounting assembly comes with a Black Nylon IWB Soft Loop. This is the "soft" version of the IWB (inside-the-waistband) loop. It is used to securely hold your knife or gun holster inside your waistband. This design affixes to your tuckable strut with the snap base assembly (included) and has a 3-point adjustable, directional locking (Pull-the-dot®) snap closure for secure carry. The Black IWB Soft Loop on this model is made from strong rubberized nylon canvas, allowing it to sit and fit well against your belt and waist.
This value-priced combo is the 1-pack with mounting hardware included. Each Tuckable Strut (3/4 in)/IWB Soft Loop comes with (2) AV-SP-250-BK slotted posts, (2) Oval Head Phillips Drive Screws (AV-832OHP-BK-4375), (2) W-EPDM-500180125 washers, and (2) Black Oxide Finishing Washers (AV-FW-08-BLK-1). This mounting hardware setup is perfect for most applications.
Tuckable Strut/IWB Loop Holster Mounting Assembly Includes:
(1) Tuckable Strut (Non-Drilled)(Short)
(1) Soft Loop Rubberized Nylon Strap
(1) Pull-the-Dot® Mounted Snap Head (Female cap and socket)
(1) Snap Base Assembly (Male snap stud + IWB Screw + 1/4" Slotted post)
(2) Medium-Small SPUMA Mounting Hardware
Strut Color: Tactical Black
Strut Material: Proprietary Polymer
Strut Dimensions: (4.25 x .75) Inches
IWB Loop Material: Nylon Canvas
IWB Loop Color: Black
Mounting Hardware Included: Yes
Call (877-255-6433) for price breaks on larger quantities.