The BEEZ Sling is a refined, mission-ready 2-point weapon sling designed to deliver simplicity, durability, and consistent performance under demanding field conditions. Built around a philosophy of reliability over complexity, this sling eliminates unnecessary hardware in favor of a clean, load-bearing design that performs every time it is deployed.
Developed with input from industry professionals, the BEEZ Sling focuses on comfort, stability, and intuitive adjustment while maintaining a rugged construction suitable for operational environments. Its structured padding system and streamlined adjustment interface provide dependable weapon support without the complications of metal or spring-loaded hardware.
Features
Load-bearing laminate reinforced sling structure for durability and stability
1.75" x 20" adjustable/removable padded shoulder section
Open-ended configuration for flexible mounting hardware compatibility
Reinforced 1" webbing pull tab for secure and intuitive adjustment
Wide 500D Cordura® wrap-around padding for improved weight distribution
Designed to reduce neck irritation and “neck burn” during extended use
Removable padding allows conversion to a simplified 1" webbing sling setup
No metal buckles or spring-loaded hardware for increased reliability and reduced failure points
Simple, intuitive adjustment system designed for field consistency
Materials & Construction
Durable 500D Cordura® nylon construction
MIL-Spec webbing and thread throughout
Load-rated laminate reinforcement structure
Non-metal, low-failure hardware design philosophy
Made in the USA
Why Choose the BEEZ Sling?
The BEEZ Sling is built around a “simple works best” design philosophy. By removing unnecessary mechanical components and focusing on ergonomic padding, reliable adjustment, and durable materials, it provides a dependable 2-point sling system suitable for professional and field use.
Its wide padded structure improves comfort during extended carry, while its minimalist hardware design ensures consistent performance in environments where reliability matters most.