The Blue Force Gear Vickers Push Button Sling delivers rapid length adjustment and superior comfort for tactical and sporting applications. This collaboration between Blue Force Gear and Larry Vickers combines proven sling technology with enhanced user control.
What Makes This Different
The push-button adjustment system allows instant sling length changes without removing the weapon from the shoulder or losing sight picture. Unlike traditional two-point slings that require manual threading or complex hardware, this system provides one-handed operation under stress. The padded shoulder section distributes weight across a 4-inch contact area, reducing fatigue during extended carry.
Key Features
- Push-button length adjustment for instant tactical transitions
- Padded shoulder section with 1000D Cordura construction
- Coyote Brown finish matches military and law enforcement gear
- Quick-detach swivel compatibility with standard QD sockets
- Adjustable length range from 36 to 60 inches
- 1.25-inch webbing width for optimal strength-to-weight ratio
- Silent operation with no metal-on-metal contact points
Field performance centers on the sling's ability to transition between carry positions without adjustment delays. The system maintains weapon security during movement while allowing immediate deployment for shooting positions. The Cordura padding resists abrasion from gear and maintains grip on clothing and equipment. Weather-resistant materials perform consistently in wet conditions and temperature extremes.
Technical Specs
- Material: 1000 Denier Cordura nylon webbing
- Color: Coyote Brown (Federal Standard 33070)
- Adjustment Range: 36-60 inches total length
- Webbing Width: 1.25 inches
- Weight: 4.2 ounces
- Hardware: Push-button polymer adjustment mechanism
- Attachment: Standard QD swivel points (swivels sold separately)
- Manufacturer: Blue Force Gear, USA
This sling addresses the fundamental challenge of balancing weapon security with rapid deployment capability. The push-button system eliminates the fumbling associated with traditional adjustment methods while maintaining the reliability demanded by professional users.