ARMBURY Static Climbing Rope 10.5mm

The ARMBURY 10.5mm Static Rope is the most popular semi-static rope in the ARMBURY lineup, offering excellent cost performance for both sports climbing and professional vertical work. Built with a low-elongation sheath-and-core construction, it delivers the stability and control needed for rappelling, rope access, rescue, and caving. Available in 50m, 100m, and 200m lengths in Orange and White.

Whether you're descending a cliff face, rigging a rescue system, or working at height on an industrial site, the ARMBURY 10.5mm Static Rope is engineered to perform consistently where reliability is non-negotiable.

Key Features

• Most popular semi-static rope — excellent cost performance
• Low elongation (4.5%) — maximum control on descent
• High tenacity: 29kN breaking strength
• 39% sheath percentage — excellent abrasion resistance
• Minimal sheath slippage: 0.1%
• Available in 50m, 100m, and 200m lengths
• Available in Orange and White

Technical Specifications

• Diameter: 10.5mm
• Weight: 64 g/m
• Material: Polyamide (PA)
• Tenacity: 29kN
• Tenacity with knots: 17.8kN
• Impact force: 5.1kN
• Falls held: 9
• Static elongation: 4.5%
• Shrinkage: 3.3%
• Sheath slippage: 0.1%
• Sheath percentage: 39%

Standards & Certifications

• CE certified
• EN 1891 — Low stretch kernmantle ropes
• UIAA certified

Applications

• Rappelling and abseiling
• Rope access and work at height
• Vertical rescue operations
• Caving and canyoneering
• Sports climbing

Certification & Safety

This product is a life-safety device and must be used by trained professionals in accordance with applicable safety regulations, manufacturer guidelines, and relevant industry standards. Always inspect the rope before use and retire immediately if it shows signs of damage, wear, or has been subjected to a shock load.

About ARMBURY

ARMBURY develops equipment for professionals working at height — including rope access technicians, industrial maintenance crews, arborists, and rescue teams. Every product is built to perform consistently in real-world conditions where reliability and safety are non-negotiable.