DEVELOPMENT OF A STANDARDIZED PROJECTILE FOR KENLW

The NATO STANREC 4744 outlines test methodologies for assessing kinetic energy nonlethal weapons (KENLW). The current validation process uses a commercially available projectile, but it has drawbacks: relatively high cost, limited availability in the USA and Canada, and lack of control over the projectile's consistency. To address these issues, a standardized Non-Lethal Bullet Simulating Projectile is proposed. Three candidates are considered: foam top and plastic body (FDM 3D printing), fully resin (SLA 3D printing) and fully plastic (FDM 3D printing). The goal is to identify a candidate that ensures availability, reproducibility, and repeatability for validating and calibrating surrogates. The selected solution will be tested on current surrogates to ensure that it meets these requirements.

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Publication Details

Published
2025-05-07
DOI
https://doi.org/10.12783/ballistics25/37203
Primary Topic
Advanced Measurement and Detection Methods
Type
article
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article

DEVELOPMENT OF A STANDARDIZED PROJECTILE FOR KENLW

Andrei Alexandru, Alexandre Papy, Cyril Robbe
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Advanced Measurement and Detection Methods
article

DEVELOPMENT OF A STANDARDIZED PROJECTILE FOR KENLW

Andrei Alexandru, Alexandre Papy, Cyril Robbe
article en

Abstract

The NATO STANREC 4744 outlines test methodologies for assessing kinetic energy nonlethal weapons (KENLW). The current validation process uses a commercially available projectile, but it has drawbacks: relatively high cost, limited availability in the USA and Canada, and lack of control over the projectile's consistency. To address these issues, a standardized Non-Lethal Bullet Simulating Projectile is proposed. Three candidates are considered: foam top and plastic body (FDM 3D printing), fully resin (SLA 3D printing) and fully plastic (FDM 3D printing). The goal is to identify a candidate that ensures availability, reproducibility, and repeatability for validating and calibrating surrogates. The selected solution will be tested on current surrogates to ensure that it meets these requirements.

Openalex Percentile: Top 92%
Advanced Measurement and Detection Methods
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