APPLICATION OF TRACKING DOPPLER RADAR IN MISSILE FRAGMENTS VELOCITY MEASUREMENT AFTER MID-AIR DETONATION

The following paper presents a possibility of tracking radar in estimating of velocity of HE warhead fragments after detonation. The velocity of fragments is extreme important in the armament technology. Fragments’ velocity indicates effectiveness of HE warheads. The higher velocity, the deeper perforation of armors. The effective range of warhead also increases with velocity. There are a few methods for estimating fragments velocity. Most of them rely on stationary fragmentation of warhead in a special testing spot. The following paper presents different approach. Fragmentation of warhead in that matter occurs in the air during proper trajectory of flight. The paper presents: the advantages and disadvantages of that method, description of the field experiment with live warhead, collected measured data and analysis of them.

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Publication Details

Published
2025-05-04
DOI
https://doi.org/10.12783/ballistics25/37103
Primary Topic
Guidance and Control Systems
Type
article
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article

APPLICATION OF TRACKING DOPPLER RADAR IN MISSILE FRAGMENTS VELOCITY MEASUREMENT AFTER MID-AIR DETONATION

Mariusz Magier, Aleksander Wasilewski, Andrzej ROGALA
Guidance and Control Systems
article

APPLICATION OF TRACKING DOPPLER RADAR IN MISSILE FRAGMENTS VELOCITY MEASUREMENT AFTER MID-AIR DETONATION

Mariusz Magier, Aleksander Wasilewski, Andrzej ROGALA
article en

Abstract

The following paper presents a possibility of tracking radar in estimating of velocity of HE warhead fragments after detonation. The velocity of fragments is extreme important in the armament technology. Fragments’ velocity indicates effectiveness of HE warheads. The higher velocity, the deeper perforation of armors. The effective range of warhead also increases with velocity. There are a few methods for estimating fragments velocity. Most of them rely on stationary fragmentation of warhead in a special testing spot. The following paper presents different approach. Fragmentation of warhead in that matter occurs in the air during proper trajectory of flight. The paper presents: the advantages and disadvantages of that method, description of the field experiment with live warhead, collected measured data and analysis of them.

Openalex Percentile: Top 87%
Guidance and Control Systems
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APPLICATION OF TRACKING DOPPLER RADAR IN MISSILE FRAGMENTS VELOCITY MEASUREMENT AFTER MID-AIR DETONATION — Mariusz Magier, Aleksander Wasilewski, et al. · (2025) | TGRS Research Map | TGRS