Bulldog RRG17 Paddle Holster for Glock 17, 22 & 31 - Right-Hand Polymer Concealed Carry

FITS GLOCKS 17/22/31 GEN1-4 RH

The Bulldog RRG17 paddle holster is designed for reliable and quick access to Glock models 17, 22, and 31 across all generations. Crafted from durable polymer, this holster offers long-lasting durability and a lightweight feel for everyday carry. Its right-handed design ensures a secure fit while allowing for smooth, swift draw with minimal effort. The holster features a specially designed "quick draw" safety locking mechanism that enhances security without sacrificing accessibility. It includes a paddle attachment with a silicone-lined "Comfort Wear" surface, providing additional comfort during extended wear and preventing unwanted movement. The fully adjustable draw angle, which can be set using the included tool, allows users to customize the holster for optimal draw speed and comfort, adapting to personal preferences or tactical needs. This holster is suitable for civilian concealed carry, law enforcement duty, or military applications, making it a versatile choice for various users. The package contains the holster, paddle attachment, and adjustment tool, offering everything needed for quick setup and secure carry. The sleek black finish complements tactical gear and everyday carry setups, while its compact dimensions allow for comfortable concealment under clothing. Whether for duty, training, or personal protection, the Bulldog RRG17 paddle holster provides a dependable, user-friendly option designed specifically for Glock owners seeking a robust and customizable holster solution.

Features:

• Fits Glock 17, 22 & 31 (Gen 1-4)

• Right-handed design for secure and quick access

• Specially designed "quick draw" safety locking mechanism

• Includes paddle attachment with silicone-lined "Comfort Wear" for added comfort

• Fully adjustable draw angle with included tool for customization

• Gun-specific design ensures a secure fit

• Suitable for civilian, duty, and military use

• Compact black polymer construction for durability and discretion