Realtree MAX-5® Camo Custom Printed Holster - OWB Kydex Holster
Realtree MAX-5® Camo OWB Holster
Custom-designed, outside-the-waistband, printed Kydex holster. This holster features adjustable cant and ride and is made out of strong .08 thick Kydex. Hand made in the USA (the pictured gun is an example please choose your gun type and side from the menu)
Lightweight, durable, this outside-the-waistband holster is manufactured in the United States utilizing .08-inch KYDEX, a material that adds just three ounces in weight but is thick and rigid enough to maintain its structure even under the most demanding conditions.
With a thin profile and readily adjustable retention pressure and carry angle, this holster offers ideal concealment, comfort, protection, and durability.
All custom design colors may slightly vary, except black and carbon fiber.
Product Details
Adjustable Tension
Adjustable retention feature allows you to set the tension to your personal comfort to insure a fast and smooth draw every time. Once set, it keeps your retention consistent both on and off your body. This keeps your weapon securely holstered while stored and makes reholestering easy. It is suggested to use a threadlocker to your screws once the desired retention is found.
Lightweight Genuine Black Kydex®
Our holsters are extremely thin, formed precisely to your exact gun model producing a lightweight yet extremely durable holster; without any unnecessary bulk and weighing only ounces our holsters add minimal weight to your carry gun.
Protective Sweat Guard
Our Kydex holsters are backed with a sweat guard to minimize the contact between your gun and your body, keeping your slide clean and sweat-free.
Securely Holds to Belt
Our clip has angled edges to securely grip your belt through any pant material. Grips it securely and safely, but still easily allowing you to take your holster on and off when wanted.
Clip adjustment
Our clip allows you to adjust the cant and ride height of your holster. Up to 12 different positions are able to be made, from high ride to low ride, vertical cant to heavy cant or reverse cant.