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DIRECTED ENERGY PROFESSIONAL SOCIETY

Abstract: 25-DETE-077

UNCLASSIFIED, PUBLIC RELEASE

Kinetic Orbital Bombardment System

This presentation explores the feasibility, design, and operational potential of a Kinetic Orbital Bombardment System (KOBS) as a game-changing military capability for the U.S. Navy in addressing emerging maritime threats. Motivated by the growing disparity between U.S. and Chinese military capabilities, this study leverages advances in space systems, systems-of-systems engineering, and autonomous control technologies to evaluate this decades old concept.

KOBS employs tungsten rods, deorbited from low-earth orbit to strike maritime targets with high precision and destructive kinetic energy. The study employs a comprehensive systems engineering approach, including stakeholder analysis, requirements development, and design alternatives evaluated using Ansys STK modeling simulation. Results indicate that KOBS provides unparalleled strike capability, leveraging orbital mechanics for global reach and technical surprise while adhering to international legal frameworks.

This research highlights challenges, including guidance and control at hypersonic velocities and cost constraints, proposing innovations such as self-guiding rods and hypersonic drag devices. The findings underscore KOBS’s potential to deter adversaries, offering strategic advantages in contested maritime environments. This presentation will offer insights into the operational implications, technical breakthroughs, and strategic benefits of space-based kinetic weapon systems in modern warfare.

UNCLASSIFIED, PUBLIC RELEASE