Fusion Climb 6ft Internal Bungee Lanyard with HS Steel Snap Hooks – 23kN, Made in USA

Overview

Fusion Climb’s 6 ft internal bungee lanyard blends rugged reliability with flexible length management for work-at-height tasks. The compact footprint helps keep lines tidy as you move between anchors, hooks, and platforms, while still providing dependable reach when you need it.

Designed to stay connected during transitions or repositioning, the 2 inch internal bungee extends length by up to about 30 percent on impact, creating a practical buffer without excess slack. The lanyard is built from tubular webbing and equipped with forged carbon steel double locking snap hooks rated well over 5,000 lb each, delivering robust attachment options.

Key specifications

• Tubular webbing with a breaking strength rated above 31 kN (over 7,000 lb)
• Two forged carbon steel double locking snap hooks each rated above 23 kN (over 5,000 lb)
• 2 inch internal stretchable webbing increases active length by up to 30 percent on impact
• Available in 24, 48 and 72 inch lengths, crafted from 2 inch wide nylon webbing
• Meets and surpasses safety standards including OSHA and ANSI Z359.1
• Proudly made in the USA

Safety and standards

In addition to strong hardware, this lanyard aligns with CE EN 17109:2018 and CE EN 358:1999 requirements, along with ANSI Z359.1 compliance, framing a broad safety context for workplaces demanding rigorous safety benchmarks.

Practical use cases

• General fall protection in construction and industrial settings
• Maintenance and inspection tasks on elevated equipment
• Rooftop work, scaffold transitions, and anchor point work
• Utilities, manufacturing, and onsite service applications

Usage tips

Inspect before each use, clip to approved anchors, and avoid shock loads. Store away from heat exposure and sharp edges to preserve webbing and hardware longevity.

Why choose Fusion Climb

This lanyard combines a sturdy build with practical length management and reliable hardware, offering versatile protection that may support safe positioning across diverse work scenarios. It is designed to be a dependable option in the right contexts without promising guaranteed outcomes.