Search results for: 'swager cab14 hanger'

Petzl's Coudee hanger holds the carabiner perpendicular to the rock face, holding the rope away from the rock. The hanger includes an 8mm bolt. Learn More

The Petzl Vrillee hanger is for direct aid. It holds the carabiner parallel to the rock face allowing the rope to run easily through the carabiner. With 8mm bolt Learn More

Trapeze bar designed for use on ropes challenge courses: leap of faith. Our Trapeze Bar is made from 1-1/2" solid high density PVC. Learn More

Lag Screw Lag Bolt - Galvanized, Typically used for LEAP anchors, deck constuction for zip lines and ropes courses. Hot Dipped Galvanized; Hex Head Lag Screw. 5/8" x 6" lags or 5/8" x 8" lags are recommended for Leap/Lead/Bolt hanger anchors where through bolts are not required Learn More

The 1/4, 5/16, and 3/8 Swaging Tools are designed for crimping copper and aluminum oval sleeves and stop sleeves on zip lines, life lines,ropes course elements. Learn More

1-3/4" Nylon Webbing Ajustable Lanyards are used for protection on high ropes courses, adventure courses, industrial heights and a variety of home applications. Learn More

These are the basic model with NO snap hooks or Zorber. These are only appropriate for clipping in to protection with some dynamic load absorbing features like rope or fairly slack cable such as a belay cable on a high ropes course or zipline. Learn More

Snap hooks are recommended as they are easier for small hands, more ergonomically friendly and are permanently attached to the lobster claws. Learn More

These lobster Claws are a unique, non-adjustable set of positioning / safety lanyards designed specifically for program high ropes courses. Learn More

Lanyards are used for protection on high zip lining, ropes courses, adventure courses, industrial heights and a variety of home applications. These are designed to meet the standards of high ropes course/zip line protection and many industrial requirements. Learn More

A simple way to reinforce the proper use of auto belay devices and minimize risk from climbing error.

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