UHMWPE Dyneema Ultralight Extended Quickdraw Sling

An extended UHMWPE sling/dogbone designed specifically for trad climbing, complex multi-pitch routes, alpine ice climbing, and high-angle rescue. Features vibrant color-coding for rapid identification of length and specs on a gear rack. Ideally suited for demanding conditions such as widely spaced protection points, deep crack placements, or sharp roof edges, it effectively extends quickdraws to significantly reduce rope drag and corrects rope alignment to prevent cross-loading of carabiners. Constructed from high-density ultra-high-molecular-weight polyethylene fiber, it offers exceptional abrasion and cut resistance, minimal water absorption, and freeze resistance, ensuring high performance in all environments.

Key Features

• Ultra-Abrasion-Resistant UHMWPE Fiber: Exceptional strength-to-weight ratio with superior tear and abrasion resistance compared to traditional nylon, ensuring extended durability against rough rock surfaces.

• Low Elongation & Near-Zero Water Absorption: Resists icing and hardening in damp, dark cracks, icefalls, or snowy conditions, maintaining flexibility and a 22kN rated strength.

• Optimized Rope Path (Reduced Friction): Effectively eliminates "rope drag" caused by deep crack placements or circuitous routes, preventing carabiners from getting stuck on rock edges and experiencing cantilevered loads during a fall.

• 15.5g Ultra-Lightweight: 11mm slim profile combined with high-strength stitching results in a weight of only 15.5g per unit, making it effortless to carry multiple slings.

• High-Visibility Color Coding: Strong, contrasting tones allow for instant retrieval of the required gear during chaotic rack management or fast-paced leading.

Specifications

• Primary Material: Ultra-High-Molecular-Weight Polyethylene (UHMWPE)

• Webbing Width: 11mm

• Breaking Strength: 22kN

• Product Weight: Approx. 15.5g

• Compliance Standard: XF494-2023

• Applications: Trad climbing protection extension, ice screw connection, sport climbing drag reduction, caving, and high-angle rescue anchor systems