Stone Glacier - SQ2 Alpine Gaiters (70050)

The SQ2 Alpine Gaiter represents a pinnacle in gaiter design, featuring the innovative Contrail™ Bootstrap system with Dyneema® rope for unmatched durability and performance. Engineered for rugged conditions, this gaiter combines advanced materials and a precise fit for lasting comfort and protection in the backcountry.

Key Features:

• Weight: 11.5 oz (Pair)
• Height: 17"
• Patent Pending Contrail™ Bootstrap:
  • Made from high-strength Dyneema® rope, offering exceptional cut and wear resistance
  • Pinless heavy-duty aluminum buckle for reliability and durability
  • Unique nylon webbing adjustment design for precise fit
• Construction:
  • 3-Layer Ripstop Hydrashield™ upper for waterproof and breathable performance
  • X-Pac™ lower for added durability and weather resistance
• Adjustable Closure:
  • Velcro® design allows for precise sizing around the calf
  • Integrated elastic in the nylon webbing strap ensures constant tension and secure fit
• Replaceable Bootstrap:
  • Fully replaceable system designed to last the lifetime of the gaiter
• Made in the USA

Performance and Durability: The SQ2 Gaiter is designed to withstand the toughest conditions with its robust materials and thoughtful construction. The Dyneema® rope in the Contrail™ Bootstrap provides unparalleled strength and longevity, ensuring reliability in critical situations. The waterproof upper and X-Pac™ lower combine to deliver complete weatherproof protection, keeping snow and debris out while maintaining comfort.

Versatile Sizing: Available in Medium and Large sizes, the SQ2 Alpine Gaiter offers a tailored fit:

• Medium: Fits Boot Size 10 and Smaller
• Large: Fits Boot Size 10.5 and Larger

Conclusion: Whether you're trekking through snow, navigating rocky terrain, or enduring wet conditions, the Stone Glacier SQ2 Alpine Gaiter is designed to perform. It's the ultimate choice for hunters, hikers, and outdoor enthusiasts seeking reliable, long-lasting protection for their boots and legs in challenging environments.