Specification for NIJ Ballistic Protection Levels and Associated Test Threats (NIJ Standard 0123.00)

• NCJ Number: 307347
• Date Published: November 2023
• Length: 18 pages
• Agencies: NIJ
• Publication Type: Standard

Annotation

This publication provides a standard for use along with other National Institute of Justice standards to test and evaluate specific ballistic-resistant equipment, with an aim of unifying ballistic protection levels across products used by law enforcement; it is divided into four main sections that discuss the scope of the standard, references, terms and definitions, and NIJ ballistic protection levels and ballistic test threats; it also includes three appendixes on NIJ ammunition audit process, a list of abbreviations, and a bibliography.

Abstract

This publication specifies the National Institute of Justice (NIJ) ballistic protection levels and associated test threats identified by U.S. law enforcement as representative of current prevalent threats in the United States. This document is the first of its kind published by NIJ. Prior versions of NIJ standards for ballistic-resistant body armor, helmets, and materials all included ballistic protection levels within the respective documents. These standards were published at different times—and the threats associated with the different ballistic protection levels often differed as the threats evolved over time. This document seeks to unify ballistic protection levels across a range of ballistic-resistant products used by U.S. law enforcement. It is divided into four sections and three appendices. Separating the ballistic protection levels and test threats specified here in NIJ Standard 0123.00 from particular ballistic equipment performance requirements and test methodology allows for greater interoperability among standards that are applicable to ballistic-resistant equipment. This modularity gives NIJ the ability to be responsive to new developments regarding threats while simultaneously reducing the administrative burden to update several performance standards that would use identical protection levels and test threat information.