Introduction to Rope Rescue and Rigging

Written By: Lance Piatt

Introduction to Rope Rescue and Rigging

Rope rescue and rigging require a unique mix of precision, planning, and real-time problem-solving. For new responders, this skillset can feel overwhelming at first—but it doesn’t have to be. This two-day introductory course is designed to deliver a clear, structured foundation in rope-based operations. Whether you’re a firefighter, SAR team member, or just stepping into the world of technical rescue, this training builds confidence through hands-on application, system logic, and real-world context.

The goal isn’t mastery. It’s orientation—giving each participant a reliable understanding of core techniques and how they connect in a basic rescue operation. Over two days, students move from gear familiarity and individual rope skills to integrated systems involving anchor setup, mechanical advantage, and patient movement.

Day One: Fundamentals and Core Systems

Morning – Rope Tools, Knots, and Personal Movement

The day starts with ground-level essentials: safety expectations, communication protocols, and the purpose behind each tool. Students become familiar with carabiners, rope types, descenders, prusiks, webbing, and harnesses—not just by name, but by use.

Learn to inspect and don harnesses properly
Identify rope types and their function in life-support operations
Practice rope handling for personal movement, belay basics, and controlled descent

Knots are introduced with emphasis on their rescue-specific applications. Focus is placed on figure-eight variants, clove and girth hitches, prusik knots, and the double fisherman’s bend. Students repeat and refine each until they’re second nature.

Afternoon – Anchor Systems and Basic Mechanical Advantage

Rescue begins and ends with anchors. In the afternoon, students shift from knot tying to rigging anchor systems using the ERNEST principles: Equalized, Redundant, Non-Extending, Solid, and Timely. These principles guide every anchor decision, and participants build both single-point and two-point anchors using webbing, knots, and natural or structural points.

With solid anchors in place, students move into force multipliers: mechanical advantage (MA) systems like the 3:1 Z-rig. They’ll build and test basic systems that allow for lifting a load efficiently while learning why proper friction control and pulley selection matter.

The day closes with an introduction to mainline and belay roles. These are the foundation of dual-rope systems where load movement and backup safety systems are both present.

Day Two: Integrated Skills and Simple Scenarios

Morning – Intermediate Systems and Patient Care

Day two begins with knot review, edge transition drills, and changeovers between descent and ascent. This hones personal rope movement and builds confidence in terrain navigation.

Next comes the Twin Tension Rope System (TTRS)—a step up from standard main/belay. In TTRS, both ropes are under active tension, distributing force and offering enhanced control during raises and lowers. Students will build a basic TTRS system and operate it as a team.

Rescue isn’t just about gear—it’s about people. Basic patient care and packaging are introduced mid-morning. Students assess a simulated patient, secure them in a litter, and prepare them for movement. This brings purpose and urgency to the technical systems being built.

Afternoon – Directionals, Offsets, and Full Integration

The afternoon introduces Artificial High Directionals (AHDs) like tripods or A-frames. These allow rescuers to redirect rope paths and protect critical edge transitions. With directionals rigged into a full TTRS system, students are now ready to simulate real-world movement.

A simple horizontal offset is integrated into the system, allowing the team to lower a packaged patient over an edge, shift position, and manage the rigging through communication and control.

A full team scenario brings everything together:

Anchor setup
MA and TTRS integration
Patient packaging
Edge protection and directional use
Controlled lower or raise with real-time communication

Training concludes with a structured debrief focused on clarity, improvement, and how each team member functioned within the system.

Why This Intro Course Matters

This two-day course isn’t meant to replace advanced rigging or high-angle workshops—it’s designed to equip new responders with the building blocks they’ll use for the rest of their careers. By mastering foundational elements in a structured, scenario-based format, students leave with more than knowledge: they leave with capability.

About The Author:

Lance Piatt

Beginning his career in the rescue and rigging world as a “blue collar” SAR member with Deschutes and Jefferson County teams. Lance Piatt owns and operates Red Ibex Solutions, a sales and marketing wheelhouse blending rope rigging education and exquisite imagery with equipment knowledge and understanding; housing Rigging Lab Academy and Rescue Response Gear… Lance is producing high-end video education, working with several experts and instructors to produce unique series of “how to videos” and courses for rope rigging: Such as; the first ever full-length rescue training DVD, 'Tower Rescue', released in fall of 2005. As well as a series of scenario-based rescues ranging from cave rescue to cliff rescue.