The VR ECO 9.6mm Limited Edition Colombia Rope combines performance with purpose. Built on the proven VR9 series of ropes with a sleeker 9.6mm diameter, this rope features ISCC-certified ECO yarns made from recycled materials that reduce carbon emissions by up to 78%*. Net proceeds support the Global Climbing Initiative's Climbing Leadership Fund, making every send count by expanding access to climbing for rural youth in Colombia. Made in the USA.

The VR ECO 9.6mm Limited Edition Colombia Rope proves that high performance and sustainability can work hand in hand. This special release brings together Sterling's trusted VR9 design with the same smooth handling and reliable feel climbers love in a competition-ready 9.6mm diameter that's ideal for redpoint burns and comp climbing.

Supporting Colombia's Climbing Future — This limited edition goes beyond the climb itself. The rope's distinctive sheath pattern pays tribute to the Colombian flag, and net proceeds directly benefit the Global Climbing Initiative's Climbing Leadership Fund. Your purchase supports the sustainable and equitable growth of climbing in Colombia, helping local partners create pathways for rural youth to access climbing, develop leadership skills, and shape the sport’s future in the region.

Sustainable Innovation: New Eco Yarns — 

• Responsibly Sourced Yarn: Manufactured with yarn derived from recycled tires, giving new life to existing materials.
• Smaller Footprint: 78%* lower carbon emissions than yarns made from 100% fossil-based resources. *The % CO2 reduction from using mass balanced polymer vs virgin polymer is evaluated annually and values may change as measurement accuracy and calculations gets improved
• Certified for Impact: ISCC-certified material produced with a mass balance approach to protect our planet.

Features — 

• 9.6 mm diameter ideal for climbing comps.
• Made with ISCC Certified Mass Balance ECO Yarns.
• Send Ready Coil.
• Middle Mark.
• Made with bluesign® certified raw materials.
• PFC and PFOA Free. 
• Non Dry Rope. 
• UIAA 101 | EN 892.