Rigging Lab Memberships

edge management

Artificial High Directionals

Artificial High Directionals When They Are Needed and How They Support Rescue Operations

/ Arizona Vortex, Artificial High Directional AHD, Blog, General Rigging, Mainline Systems and Operations, Twin Tension Rope System

Introduction Artificial High Directionals (AHDs) represent a decisive shift from basic anchor-based rigging into controlled, engineered system behavior. Teams that are competent in raise and lower operations often reach a point where efficiency, safety, and control begin to degrade—not because of poor technique, but because of environmental limitations. Edges, terrain transitions, and structural barriers introduce […]

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Hybrid Patient Connection Setup with Skate Block and Tracking Line

Integrating Artificial High Directionals in Skate Block Systems

/ Blog, Mainline Systems and Operations, Skate Blocks

Integrating Artificial High Directionals (AHDs) within Skate Block Systems transforms a simple, low-tension rescue technique into a controlled, highly adaptable rigging platform. This integration enables teams to overcome edge trauma, improve resultant alignment, and achieve greater system precision—all without sacrificing the lightweight, small-team functionality that defines the skate block. In essence, an AHD turns a

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skate block highline

Skate Block Systems in Technical Rope Rescue

/ Mainline Systems and Operations, Skate Blocks

Skate Block Systems provide a streamlined, efficient rigging solution for small teams performing rescues or load movements in specialized environments. These systems are particularly effective when personnel and time are limited—such as during tower maintenance, communications rigging, crane work, or industrial access operations. Unlike full highline or two-rope offset systems, the skate block uses the

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Understanding High Directional Systems

Understanding High Directional Systems

/ Blog, Confined Space Rescue, Designing Your Processes, Elevated Anchor Systems, Portable Anchors, Twin Tension Rope System, Two Tensioned Rope Rescue Systems

Understanding High Directional Systems Fundamental Concepts of Resultant Vector Understanding High Directional Systems – The resultant vector is a cornerstone concept in high directional setups, representing the combined force acting within the system. This vector encapsulates both the magnitude and direction of the forces at play, which is crucial for maintaining system stability and effectiveness.

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high-angle-rescues

High Angle Rescues

/ Blog, Mainline Systems and Operations, Principles of Learning, Twin Tension Rope System

Precision Techniques for High Angle Rescue Operations High-angle rescue operations require a precise blend of strategy, skill, and reliable equipment to ensure the safe and efficient transition of loads such as litters. Whether raising or lowering a load over a challenging edge, artificial high directionals (AHDs), rope systems, and mechanical advantage setups play a pivotal

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Elevated Anchors and Resultant Management

Elevated Anchors and Resultant Management

/ Anchors, Arizona Vortex, Blog, Portable Anchors, TerrAdaptor / 43 Comments

Elevated Anchors and Managing Resultants in Rope Rigging Systems The use of elevated anchors, also known as high directional anchor systems, is a critical component in advanced rope rigging. Mandated by NFPA 1670 for rope technicians, these systems address edge management challenges, reduce friction at the edge, and maintain stability through proper force vector and

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Rigging Foundations and Training

Rigging Foundations and Training

/ Blog, Designing Your Processes, General Rigging, Personal Competencies, Principles of Learning, Professional Standards, Safe Practices / 158 Comments

Rigging Foundations and Training Rigging and rescue require more than strength and tools—they demand precision, strategy, and a deep understanding of foundational principles. The cornerstone of any successful operation is a well-rounded knowledge of essential techniques, from building anchors to mastering mechanical advantage systems. These foundational skills not only ensure safety but also create the

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