NcStar AARS1P Single Point Sling 1.5" Adjustable Bungee 44-60"

The NcStar AARS1P Single Point Sling eliminates weapon retention issues during transitions and close-quarters movement. This adjustable bungee sling provides controlled weapon positioning while maintaining instant access for rapid deployment.

What Makes This Different

The integrated bungee cord system absorbs shock and reduces weapon bounce during movement, unlike static single-point designs that create uncomfortable pulling against the shooter. The 16-inch adjustment range accommodates different body types and gear configurations. Heavy-duty construction withstands repeated compression cycles without losing elasticity.

Key Features

• Bungee cord construction absorbs shock and controls weapon movement
• 1.5-inch wide webbing distributes weight across contact points
• Adjustable length from 44 to 60 inches fits various body sizes
• Single-point attachment enables rapid weapon transitions
• Heavy-duty metal hardware rated for tactical use
• Quick-release buckle system for emergency detachment
• Compatible with standard sling mounts and QD attachments

Field performance remains consistent across temperature ranges and extended use periods. The bungee system maintains tension during prone shooting positions while allowing natural weapon manipulation during standing and moving scenarios. Law enforcement and competitive shooters rely on this configuration for dynamic shooting disciplines where weapon retention and quick access are critical.

Technical Specs

• Width: 1.5 inches
• Length: Adjustable 44-60 inches
• Construction: Nylon webbing with integrated bungee cord
• Hardware: Steel buckles and adjustment components
• Color: Black
• Weight: Approximately 6 ounces
• Attachment: Single-point configuration
• Compatibility: Standard sling mounts and QD systems

The AARS1P addresses the primary limitations of rigid single-point slings through engineered elasticity and proper weight distribution. Professional users choose this system when weapon control during movement takes priority over traditional two-point stability.