Magpul MS1 Padded Two-Point Rifle Sling 1.25"-1.88" Black MAG545

The Magpul MS1 Padded Sling delivers quick transitions and comfortable carry for extended operations. This two-point configuration maintains weapon control while allowing rapid shouldering from either side.

What Makes This Different

The MS1's variable-width design transitions from 1.25" at attachment points to 1.88" across the shoulder pad, distributing weight more effectively than standard flat webbing slings. Quick-adjust hardware enables length changes from 48" to 60" without removing the sling from the rifle. The low-profile design prevents snags on gear and vegetation while maintaining full functionality.

Key Features

• Variable width design: 1.25" at ends, 1.88" padded shoulder section
• Adjustable length from 48" to 60" for different body sizes and gear configurations
• Durable 1000D Cordura nylon construction with reinforced stitching
• Compatible with Magpul MS1 QDM and other quick-disconnect systems
• Low-profile hardware reduces snag points during movement
• Ambidextrous design accommodates left and right-handed shooters
• Integrated pad eliminates separate comfort accessories

Field testing demonstrates the MS1's ability to maintain zero shift during transitions between carry and shooting positions. The sling performs consistently in temperatures from -20°F to 140°F and resists degradation from UV exposure, moisture, and chemical cleaning solvents. Competition shooters report faster target acquisition times compared to traditional leather or basic nylon slings.

Technical Specs

• Material: 1000 Denier Cordura nylon webbing
• Width: 1.25" at attachment points, 1.88" at shoulder pad
• Adjustable length: 48" to 60"
• Color: Black
• Weight: 4.2 ounces
• Hardware: Manganese phosphate coated steel
• Compatibility: Standard 1.25" sling swivels and QD systems
• Country of Origin: USA

The MS1 represents proven engineering focused on mission requirements rather than unnecessary features. Professional users choose this sling for its reliability under stress and consistent performance across diverse environments.