Blackpoint Tactical Mini Wing
The Blackpoint Tactical Mini WING keeps the popular KYDEX® and leather combination of the Blackpoint Tactical Leather WING™; nevertheless, this holster is constructed as a committed IWB holster. Designed to be slippery, the Mini WING™ utilizes as little material as possible, without needing to sacrifice durability or performance. Committed to keeping a thin profile, the Mini WING™ permits for deep concealment matched with supreme relaxation.
The pairing of KYDEX® and leather on this holster allows for the KYDEX® to reliably retain your pistol without a break in or wear out period. Additionally, the KYDEX® casing prevents the holster from falling when your gun is drawn and stays open for effortless one-handed holstering. The leather “miniature wings” are integrated to allow the holster to wrap around the contours of your waist, allowing for a versatile fit for all body types. The “miniature wings” give the holster flexibility to move with your body, which makes it comfortable to utilize all day, every day. The “miniature wings” were constructed to supply the consumer with a broad range of distinct configurations for IWB carry along with a wind range of cannot and ride height adjustments. This provides the consumer with a large variety of available carry positions around the waist, from the appendix, all the way to the small of the back.
- Mini Wings
Permit for supreme relaxation, credibility, and concealment by letting the leather to curve naturally to the body.
- Sweat Guard
A standard option that extends from the top of holster between body and firearm. Protects gun by supplying a perspiration barrier from the entire body. Protects the body from the gun when holstering. Provides touch tip for ease at holstering.
- Cant Options
Cant is user adjustable by modifying the positioning of the clips on the wings.
- Thread Locker
Applied to all screws to prevent loosening with time.
- Additional IWB loops
Available in metal and both polymer.
- IWB Adjustment
Ride height and cannot be adjusted by altering the position of the IWB loops and loops.