Petzl Rig - Descender

Petzl RIG: Compact Self-Braking Descender for Experienced Rope Access Professionals

The Petzl RIG is a compact, self-braking descender tailored for experienced users in rope access work. Its ergonomic handle provides smooth and precise descent control, while the AUTO-LOCK system enables hands-free positioning at workstations. With a safety gate for easy rope installation and versatile functionality for both ascent and descent, the RIG offers reliability and efficiency in demanding environments.

Key Features

Optimized for Experienced Users

• Designed specifically for professionals with rope access experience.
• Compact and lightweight, ideal for technical work at height.

Streamlined Operation

• Safety Gate: Allows rope installation while the device remains connected to the harness, simplifying transitions through intermediate anchors.
• Ergonomic Handle: Ensures comfortable descent control with two descent modes—on the side plate or in the V-shaped friction channel.
• Easy Rope Installation: Rope guide and markings simplify setup.

AUTO-LOCK System for Hands-Free Use

• Automatically locks the rope when the handle is released, securing the user at the workstation.
• Allows rope to be taken up without manipulating the handle, ideal for short ascents or repositioning.
• The handle automatically returns to the storage position when not in use, reducing the risk of accidental snagging during transport.

Versatile Applications

• Cam mechanism enables easy slack management or lead belaying using climbing techniques.
• Supports smooth movement along ropes for efficient rope access work.

Durability and Load Capacity

• Stainless steel wear plate enhances durability by reinforcing the rope friction zone.
• Handles loads up to 200 kg, suitable for demanding tasks.
• Compatible with ropes ranging from 10 to 11.5 mm in diameter.

Available Options

• Colors: Yellow and Black

The Petzl RIG is a reliable and compact descender built for experienced professionals who require precision, durability, and efficiency in rope access and work-at-height applications.