Modular, adjustable holster system

Abstract

A modular holster system is disclosed, designed for broad compatibility with a wide variety of firearm models. The holster comprises a main holster body formed from two mirror-image halves that define an interior receptacle for securely retaining a handgun. The interior receptacle is designed using digital overlay technology, wherein three-dimensional (3D) data from multiple handgun models is acquired, superimposed, and analyzed to determine common geometric features for optimal compatibility. The holster further includes an adjustment system that enables customization of the receptacle to accommodate different firearm dimensions. Additionally, the system features reinforced proximal edges, wing-like protrusions providing adjustable tension for firearm retention, and multiple user attachment options, such as clips, paddles, or strap loops, allowing for inside-or outside-waistband carry. The holster is manufactured using polymer blends via injection molding for durability and precision. The disclosed design enhances adaptability, retention, and user customization while maintaining universal compatibility across handgun models.

Dependencies are inferred from the claim text.