Ruger Mesa Rifle Sling - Adjustable Neoprene with 500lb Swivels

The Ruger Mesa Sling delivers professional-grade rifle support with heavy-duty construction that withstands demanding field conditions. This adjustable sling system combines comfort and durability for extended carrying sessions and rapid shooting transitions.

What Makes This Different

Unlike standard nylon slings that dig into shoulders during long hunts, the Mesa features padded neoprene construction that distributes weight evenly. The quick-adjust system allows instant length changes from 28 to 46 inches without removing the rifle from shooting position. Heavy-duty swivels tested to 500 pounds provide secure attachment points that won't fail under stress.

Key Features

• Padded neoprene construction reduces shoulder fatigue during extended carry
• Quick-adjust slider system for rapid length changes from 28-46 inches
• 500-pound tested swivels ensure secure rifle attachment
• Non-slip backing prevents sliding on clothing and gear
• Weather-resistant materials withstand moisture and temperature extremes
• Universal swivel compatibility fits most rifle sling attachment points
• Distinctive red Ruger logo for brand identification

Field performance centers on stability and comfort during extended shooting sessions. The padded neoprene reduces pressure points that cause fatigue during long hunting expeditions or training exercises. Quick-adjust capability enables rapid transitions between carry and shooting positions without fumbling with traditional buckles or hardware.

Technical Specs

• Material: Padded neoprene with non-slip backing
• Length: Adjustable 28-46 inches
• Width: 1.25 inches
• Swivel rating: 500-pound tested capacity
• Color: Black with red Ruger logo
• Weight: Approximately 6 ounces
• Compatibility: Universal swivel attachment system
• Model: 27834

The Mesa Sling represents solid engineering focused on real-world performance rather than unnecessary features. Professional shooters and hunters recognize the value of reliable gear that performs consistently across diverse conditions and applications.