BWC CERTIFICATION ยท Introduction ยท Axon Body-Worn Cameras
Introduction Axon Body 2 ยท Axon Body 3 โ‰ˆ 5 min

Introducing the Axon Body 2 & Axon Body 3

Introduction to the Body-Worn Cameras used by the Jamaica Constabulary Force.
๐ŸŽฏ Learning Objectives
After completing this lesson, you will be able to:
  • Identify the main components and external parts of the Axon Body 2 and Axon Body 3 body-worn cameras.
  • Recognise the function of the various buttons, indicators, and ports on each body-worn camera.
  • Differentiate between the Axon Body 2 and Axon Body 3 by identifying their key physical features and capabilities.

Overview

The Axon Body 2 and Axon Body 3 are body-worn cameras used to support transparency, accountability, and evidence collection during police duties. These devices are designed to record audio and video interactions, helping officers document incidents accurately and preserve important evidence.

Camera Models

The Axon Body 2 is a durable camera with HD recording, pre-event buffering, and secure evidence storage, while the Axon Body 3 builds on these capabilities with improved low-light performance, enhanced audio capture, LTE connectivity, and real-time communication features.

Operational Importance

For the Jamaica Constabulary Force, these cameras are an important operational tool that supports professional policing and proper evidence handling.

๐Ÿ’ก Key Point

Officers must understand not only how to turn the device on and begin recording, but also how to use it in accordance with policy, complete end-of-duty procedures, and ensure proper docking, charging, and storage.

๐Ÿ“Œ Topics Covered Summary

  • Purpose: The role of the Axon Body 2 and Axon Body 3 in supporting transparency, accountability, and evidence collection.
  • Features: The capabilities of the Axon Body 2 and Axon Body 3.
  • Operational Use: The importance of operating the cameras in accordance with JCF policy and procedures.
โœ“ Next up: Identifying the buttons, indicators and external components of the Axon Body 2 and Axon Body 3.
Last modified: Monday, 20 July 2026, 12:18 PM