Methods for Reducing the Combat Vehicle Signature to Improve Its Survivability

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Theoretical analysis reveals effective methods for determining trajectory parameters of airborne threats, enhancing combat vehicle survivability.

Combat vehicles face significant threats from airborne anti-tank weapons, necessitating improved evasion methods.
Research highlights that using passive optical measurements can enhance trajectory determination accuracy for threats.
Innovative methods to determine trajectory parameters involve limited use of a laser rangefinder to avoid revealing vehicle locations.
Enhanced survivability through reduced detection risks reflects the broader need for advanced military protection systems.

Bagan et al. (2025) studied this question.

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View Full Paper

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Theoretical analysis reveals effective methods for determining trajectory parameters of airborne threats, enhancing combat vehicle survivability.

Combat vehicles face significant threats from airborne anti-tank weapons, necessitating improved evasion methods.
Research highlights that using passive optical measurements can enhance trajectory determination accuracy for threats.
Innovative methods to determine trajectory parameters involve limited use of a laser rangefinder to avoid revealing vehicle locations.
Enhanced survivability through reduced detection risks reflects the broader need for advanced military protection systems.

Bagan et al. (2025) studied this question.

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