DOUBLE O TRI 2.0 - TACTICA 24kn Alloy shape karabiner. 180° technology 25mm TRIPLE ACTION gate.

SKYLOTEC DOUBLE O TRI 2.0 - TACTICA 24kN Alloy Karabiner

Experience superior safety and durability with the SKYLOTEC DOUBLE O TRI 2.0, an oval-shaped karabiner engineered for high-performance rigging systems, belay and abseil devices, ropes, and pulleys. Crafted from lightweight yet robust aluminum alloy, this karabiner features an innovative 180° technology design paired with a 25mm TRIPLE ACTION gate for enhanced security and ease of use.

Key Features:

• Oval Shape: Symmetrical design ensures self-centering and reliable operation in both directions, enhancing versatility in complex rigging setups.
• Double Triple-Action Gate: Patented dual-gate mechanism allows safe and quick operation for both left- and right-handed users, minimizing accidental gate openings.
• 25mm Gate Opening: Wide gate opening facilitates smooth clipping of ropes and gear, improving efficiency.
• 180° Technology: Exclusive gate rotation technology that optimizes opening and closing action for secure locking.
• I-profile Body: Optimized strength-to-weight ratio with an I-profile spine, reducing weight without compromising strength.
• Wear-Resistant Cross Sections: Reinforced apex and base areas with enlarged cross-sections offer outstanding durability under heavy abrasion and tough working conditions.
• Maximum Strength: Major axis minimum breaking strength of 25 kN, gate open strength of 7 kN, and minor axis strength of 7 kN, certified to meet robust safety standards including UIAA compliance.
• Temperature Range: Reliable performance from -35 °C to +45 °C, suitable for extreme environments.
• Corrosion Resistant: Designed to withstand harsh conditions without deterioration, extending the product lifetime up to 30 years.
• Locking Mechanism: Secure double trilock locking system prevents accidental gate openings, ensuring maximum operator safety.

Ideal for arborists, rope access professionals, and rescue operations, the SKYLOTEC DOUBLE O TRI 2.0 combines cutting-edge engineering with ergonomic design, making it an essential tool for safety-critical applications where reliability and performance cannot be compromised.