Komora 11.7 mm 45 Metre - 1 Splice
Right of Return
Right of Return
You always have a 14-day right of return at Arboristbutiken.
Shipping & Delivery
Shipping & Delivery
Free shipping on all orders over 2000 SEK. Arboristbutiken uses DHL, and orders placed before 12:00 are shipped the same day. Delivery time within Sweden is usually 1-2 working days.
Description
Description
Komora 11.7 mm 45 Metre - 1 Splice from Courant is a thin and lightweight work rope developed for modern tree climbing techniques. With an updated polyester sheath in 16-strand construction, it offers superior abrasion resistance, smooth passage through mechanical friction devices such as the Petzl ZigZag and long-lasting flexibility thanks to the X-Braid parallel core in polyamide.
Features
- Slim eye splice that pulls straight through the Petzl ZigZag and other mechanical devices[1][2]
- Reinforced 16-strand polyester sheath for exceptional abrasion resistance[1][2][3]
- X-Braid parallel core technology for long-lasting flexibility and 0% core slippage[1][2][4]
- Courant's patented in-eye marking for guaranteed traceability[1][2][3]
- Heat-treated for extra stability and maintained flexibility over time[1]
- Lightweight design with 11.7 mm diameter for high fluidity on descents[1][2][3]
- Delivers superior performance and durability for arborist climbing[1]
Technical specifications
- Certification: CE EN 1891-A Type A[1][6]
- Diameter: 11.7 mm[1][2][3]
- Material: Polyamide (core) / Polyester (sheath)[1][2][3]
- Static breaking strength: 3000 daN (30 kN)[1][3][6]
- Breaking strength with splice: 1900 daN (19 kN)[1][2][3]
- Weight: 94 g/m[1][3][6]
- Sheath percentage: 68%[1][2][3][6]
- Core percentage: 32%[1][3]
- Sheath slippage: 0%[1][2][6]
- Elongation at 50/150 kg: 2.5%[1][3][6]
- Retraction (water): 2.7%[1][6]
- Knotability (K=1): 0.8 - 0.82[1][2][3][6]
- Maximum service life: 10 years under normal conditions[1]
Komora is the evolution of the Kanopa rope – thinner, stronger and better adapted to today's equipment. Perfect for arborists who require reliability in demanding environments.



