The Petzl PARALLEL 10.5 mm Low Stretch Kernmantle Rope is engineered for rope access applications, offering a combination of flexibility, lightweight design, and low stretch characteristics. Its small diameter ensures excellent performance in terms of flexibility and weight, while the low stretch under tension enhances efficiency during rope ascents. The EverFlex technology guarantees consistent flexibility and performance over time, even under challenging conditions such as exposure to water, dust, or mud. This rope is available in six colors—white, yellow, black, blue, red, and orange—to facilitate easy differentiation among working ropes, safety ropes, and common access lines. Standard lengths include 50, 100, 200, and 500 meters, with customization options available upon request, such as ordering a rope of a specified length up to 700 meters or adding sewn terminations on one or both ends for immediate usability.
- Small diameter for enhanced flexibility and reduced weight
- Low stretch under load, improving ascent efficiency
- EverFlex technology for consistent performance over time
- Available in six colors for easy identification
- Standard lengths: 50, 100, 200, and 500 meters
- Customization options: custom lengths up to 700 meters, sewn terminations
Technical Specifications:
- Diameter: 10.5 mm
- Materials: Polyester sheath, nylon core
- Certifications: CE EN 1891 Type A, UKCA, EAC, NFPA 2500 Technical Use, XF 494
- Weight per Meter: 75 g
- Strength with Figure-Eight Knot: 15 kN
- Strength with Sewn Termination: 22 kN
- Impact Force (Factor 0.3): 5.2 kN
- Number of Factor 1 Falls: 10
- Construction: 32 carrier
- Percentage of Sheath: 45%
- Static Elongation: 3.4%
Materials:
- Sheath: Polyester
- Core: Nylon
Dimensions:
- Diameter: 10.5 mm
- Available Lengths: 50, 100, 200, and 500 meters
Compatibility Information:
The PARALLEL 10.5 mm rope is compatible with standard rope access devices and climbing hardware. Its consistent performance over time ensures optimal functioning with various devices, even under challenging conditions.
