RNR 11mm Sustainable HTP Work Position Lanyard - This Program is Our Way of Reducing Waste by Repurposing Unused Rope Shorts That Would Otherwise End Up in Landfills (12' w/Squatch Claw)

Built for professionals who care about performance and impact, the RNR 11mm Sustainable HTP Work Position Lanyards are constructed from upcycled Sterling HTP static rope—giving high-quality materials a second life while delivering dependable positioning performance on the job. This program is our way of reducing waste by repurposing unused rope shorts that would otherwise end up in landfills. The result: professional-grade lanyards with a smaller environmental footprint and added savings passed directly to you. Sterling HTP is a trusted low-stretch static rope widely used in rescue and industrial environments for its durability, consistent handling, and abrasion resistance. By upcycling surplus rope lengths, we are able to: Reduce landfill waste Maximize material utilization Lower production costs Offer premium performance at a more accessible price point Color Variations Each lanyard is made from available upcycled rope stock. Colors will vary. No special color requests can be accommodated. Every lanyard meets the same performance standards—only the color changes.

• Sustainable by Design: Reduce landfill waste Maximize material utilization Lower production costs Offer premium performance at a more accessible price point
• Color Variations: Each lanyard is made from available upcycled rope stock Colors will vary
• Why Choose the Sustainable Series: ✔ Professional-grade Sterling HTP rope ✔ Reduced environmental impact ✔ Lower cost through material reuse ✔ Same RNR quality and construction standards ✔ Supports responsible manufacturing practices
• Important Notes: Intended for work positioning applications only Inspect before and after each use Retire if exposed to shock loading, excessive wear, or damage Not designed as a shock-absorbing lanyard
• Sterling HTP is a trusted low-stretch static rope widely used in rescue and industrial environments for its durability, consistent handling, and abrasion resistance