Patrol Basics: The Art of Low-Tech Signaling

Published on January 27, 2024
Duration: 37:04

This video provides a comprehensive overview of low-tech signaling methods, emphasizing their critical role when high-tech communication fails. Expert instruction covers the use of VS-17 panels, chem lights with 'buzzsawing' techniques, signal mirrors, smoke, and flares, alongside historical context and practical applications like 'Hunter's Tacks' and clickers. The speaker, drawing on extensive military experience, stresses practical TTPs for effective field communication.

Quick Summary

Low-tech signaling methods, such as VS-17 panels, chem lights, and signal mirrors, are crucial because they do not require power sources. This makes them highly reliable backups when advanced electronic communication systems like radios or ATAK fail in the field.

Chapters

  1. 00:00Historical Context of Low-Tech Signaling
  2. 01:05Defining Low-Tech Signaling
  3. 05:02VS-17 Panels Explained
  4. 09:29Battle Systems Lightweight Panels
  5. 13:19Weighted Streamers & Reflective Tacks
  6. 17:05Chem Lights and Buzzsawing Technique
  7. 20:16Signal Mirrors and Glow Tape
  8. 24:08Smoke Grenades and Flares
  9. 28:23Hand Signals, Whistles, and Clickers
  10. 31:03Codes, Ciphers, and Runners

Frequently Asked Questions

What are the key benefits of low-tech signaling?

Low-tech signaling methods, such as VS-17 panels, chem lights, and signal mirrors, are crucial because they do not require power sources. This makes them highly reliable backups when advanced electronic communication systems like radios or ATAK fail in the field.

How can chem lights be used more effectively for signaling?

Chem lights are essential for marking in low-light conditions. For enhanced visibility, use the 'buzzsawing' technique: spin the chem light rapidly on a lanyard. This creates a larger, more distinct visual signature that can be seen from much greater distances.

What is the purpose of a VS-17 signal panel?

The VS-17 panel is a high-visibility cloth used for signaling, typically fluorescent orange or pink. While originally for aircraft communication, it can be cut into smaller strips for marking cleared areas, vehicles, or creating trail markers for rescue purposes.

Why is verifying color signals important when using flares or smoke?

Verifying color signals is critical to prevent enemy deception. If an adversary can mimic your signals, they might lure units into ambushes. Always confirm the color seen by the recipient (e.g., 'What color do you see?') to ensure accurate communication.

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