Description You all asked and it’s finally here. This is our new and improved two-piece “Wingman Flex” IWB holster! This new design utilizes TR90 material to connect the holster and magazine carrier together. TR90 is flexible, durable and lightweight making it the perfect component for this new holster design. The TR90 Connector Piece will flex and adapt to your waistline based on the tightness of your belt. The new “Wingman Flex” also allows for your magazine to be moved higher, lower or even canted for quicker access during reloads. The holster will feature multiple points of adjustable retention for both light and non-light bearing setups. The mag carrier portion of the holster will also include an MRD (Magazine Retention Device) allowing you to change the magazine retention to your liking. Just like all of our other holsters you’ll be able to customize them with the various colors, fabric overlays and camos. You can even color match the connector piece as well! Features: Made from .08″ Kydex Two Piece Flexible Design for Increased Comfort Multiple Points of Adjustable Retention TR90 Connector with Multiple Positions of Ride Height Cantable Magazine Carrier for Quicker Access & Comfort Optional Tegris Connector Piece As Well (Additional $5.00) * Please Note: Due to the long length of the 1911 high sweat guards will typically not reach the very top of the slide and will most likely only cover what is shown in the photos on this page. * At this time we have test fitted the holster with the following 1911 Models: – Springfield Armory 1911s with or without Rails – Sig Sauer 1911s with or without Rails – Kimber 1911s with or without Rails – Standard Milspec GI Model 1911s – Rock Island 1911s with or without Rails * This list will be updated as we come across more models we have test fitted. PLEASE NOTE that due to the several different variations of 1911s by several manufactures some 1911s will wiggle inside the holster. This is due to the different bevels and cuts along the slide. However, the gun is secured with retention via the trigger guard.
