High Speed Gear TACO Mini Multi-Access Comm Pouch Black 41MA01BK

The High Speed Gear TACO Duty Mini Multi-Access Comm Black delivers secure retention and rapid access for essential communication gear. This compact pouch accommodates various radio models and accessories while maintaining the proven TACO system's versatility.

What Makes This Different

Unlike rigid pouches designed for specific radio models, the TACO Mini utilizes High Speed Gear's adjustable retention system to secure multiple device types. The proprietary shock cord and polymer stays create consistent tension regardless of contents. This eliminates the need for multiple pouches when switching between different radios or accessories.

Key Features

• Universal fit accommodates most handheld radios and communication devices
• Adjustable shock cord retention system with polymer stays
• MOLLE/PALS compatible mounting for tactical vests and belts
• Reinforced 1000D Cordura nylon construction in black
• Low-profile design measures approximately 3" x 2" x 1.5"
• Silent operation with no Velcro or snaps to create noise
• Ambidextrous access for left or right-handed users

Field testing demonstrates reliable retention during dynamic movement while allowing single-handed retrieval. The pouch secures standard police and military radios including Motorola, Kenwood, and similar form factors. Weather-resistant materials maintain functionality in adverse conditions. The shock cord system prevents equipment loss during rapid movement or vehicle operations.

Technical Specs

• Dimensions: Approximately 3.0" H x 2.0" W x 1.5" D
• Material: 1000 Denier Cordura nylon with reinforced stitching
• Color: Black (41MA01BK)
• Mounting: MOLLE/PALS webbing compatible
• Retention: Adjustable shock cord with polymer stays
• Weight: Under 2 ounces
• Made in USA by High Speed Gear

The TACO Mini represents proven engineering adapted to communication gear requirements. Professional users rely on consistent access to radios and accessories without compromising security or creating operational delays.