The Sticky Holsters BBSM Belly Band delivers secure concealed carry with medical-grade elastic construction and ambidextrous design. This versatile holster system accommodates multiple firearm sizes while maintaining comfort during extended wear.
What Makes This Different
Unlike traditional belly bands that rely on velcro or snaps, the BBSM uses Sticky Holsters' proprietary tacky material that grips firearms securely without additional retention devices. The medical-grade elastic construction provides consistent compression across the 24-34 inch waist range while remaining breathable during physical activity. The modular design allows users to position firearms at various carry positions around the torso.
Key Features
- Medical-grade elastic band fits waist sizes 24-34 inches
- Ambidextrous design accommodates left and right-handed shooters
- Sticky material interior grips firearms without retention straps
- Moisture-wicking fabric prevents sweat buildup during extended wear
- Compatible with subcompact and compact pistols up to 4-inch barrels
- Machine washable construction for easy maintenance
- Black colorway provides discrete concealment under clothing
The BBSM performs consistently across various carry positions including appendix, strong side, and cross-draw configurations. Law enforcement officers appreciate the quick access during plainclothes operations, while civilian carriers value the comfort during daily activities. The elastic material maintains its compression properties through temperature variations and physical stress.
Technical Specs
- Waist Size Range: 24-34 inches (Small)
- Material: Medical-grade elastic with sticky polymer interior
- Color: Black
- Compatible Firearms: Subcompact and compact pistols
- Maximum Barrel Length: 4 inches
- Care Instructions: Machine washable, air dry
- Country of Origin: United States
The BBSM Belly Band addresses the limitations of rigid holsters in situations requiring maximum concealment and comfort. Professional users and civilian carriers who demand reliable retention without complex mechanisms will find this system meets their operational requirements.