Product
Bee Line® 5/16″ x 30″ Prusik Cord – Vectran Core Hitch Cord (Pre-Spliced)
The Bee Line® Prusik Cord is a premium heat-resistant hitch cord engineered for professional arborist climbing systems. Built with a Vectran core and a braided Technora / Polyester cover, Bee Line delivers exceptional heat resistance, strength, and durability for friction hitch applications.We offer the 5/16″ x 30″ pre-spliced assembly, featuring tight 1-inch sewn eyes with clear Maxijacket coating for added rigidity and enhanced wear resistance. This size is ideally suited for use with 11mm and 11.7mm climbing lines.Pro Tip: The 5/16″ Bee Line pairs perfectly with modern 11mm–11.7mm climbing ropes, providing smooth hitch engagement with excellent heat management during long descents.
Product Details
- Diameter: 5/16″ (8mm)
- Length: 30″
- Construction: Vectran core with 75% Technora / 25% Polyester cover
- Eye Style: 1″ sewn eyes with clear Maxijacket coating
- Compatibility: Ideal for 11mm & 11.7mm climbing lines
Performance Specifications
| Diameter | Average Break Strength (lbs) | Suggested Design Factor 10:1 (lbs) | Weight / 100 ft (lbs) |
|---|---|---|---|
| 5/16″ (Vectran Core) | 8,000 | 800 | 3.7* |
*Weight shown is per 100 feet of bulk rope. This product is sold as a pre-spliced 30″ assembly.
Key Features
- Vectran core for maximum strength and superior heat resistance
- Technora jacket for friction durability
- Designed specifically for friction hitch systems
- High heat resistance for repeated descent cycles
- Clear Maxijacket coating enhances eye durability and rigidity
- Perfectly sized for modern 11mm–11.7mm climbing ropes
Applications
- Prusik hitches
- Distel, VT, Michoacán, and other friction hitches
- MRS / DdRT climbing systems
- SRT climbing with hitch tenders
Note: For use by trained climbers only. Always inspect hitch cord before each use and retire if glazing, excessive wear, or core exposure is observed.Choose Bee Line® for dependable heat resistance, smooth hitch performance, and professional-grade durability in demanding climbing environments.View AllClose
