Sticky Holsters MRS-SD Modular Retention System Strap Dongle

The Sticky Holsters MRS-SD Strap Dongle transforms standard holster retention into a secure, modular carrying system. This precision-engineered component integrates seamlessly with Sticky Holsters' MRS platform to provide enhanced weapon security without compromising draw speed.

What Makes This Different

The MRS-SD dongle utilizes a proprietary attachment mechanism that creates multiple retention points while maintaining the natural draw stroke. Unlike traditional retention devices that rely solely on thumb breaks or friction, this system distributes retention forces across the entire holster body. The modular design allows users to customize retention levels based on specific carry requirements and threat environments.

Key Features

• Compatible with all Sticky Holsters MRS-equipped models
• Tool-free installation and removal in under 30 seconds
• Reinforced polymer construction rated for 10,000+ draw cycles
• Ambidextrous design accommodates left and right-handed users
• Low-profile attachment point adds minimal bulk to holster
• Corrosion-resistant hardware withstands saltwater exposure
• Available in black finish to match existing holster systems

Field testing demonstrates consistent retention under extreme conditions including inverted carry, high-impact activities, and extended duty cycles. Law enforcement agencies report zero unintentional weapon releases during qualification courses and tactical training scenarios. The dongle maintains full compatibility with standard duty belts, tactical vests, and concealed carry systems without modification.

Technical Specs

• Material: Glass-filled nylon polymer
• Weight: 0.3 ounces
• Dimensions: 1.2" x 0.8" x 0.4"
• Attachment method: MRS quick-connect system
• Temperature range: -40°F to 180°F
• Finish: Matte black
• Country of origin: United States
• Warranty: Lifetime replacement guarantee

Professional users choose the MRS-SD for its proven reliability and instant adaptability across multiple carry scenarios. The investment in modular retention technology pays dividends in operational flexibility and long-term holster system versatility.