Next-Gen Hybrid Missiles as Networked Electronic Warfare and Kinetic Laser Engagement Platforms Enhanced Military Technology

This book explores the revolutionary design and battlefield integration of next-generation hybrid missile systems that merge directed-energy laser capabilities with advanced electronic warfare (EW) operations. These cutting-edge systems are equipped with onboard dual-core nuclear microreactors to power high-energy laser emitters, enabling precision kinetic enhancements through laser softening and target neutralization before impact. The missile heads are designed with AI-guided swivel-mounted lasers and autonomous tracking systems to extend kill range and surgical strike capability.
Beyond kinetic-laser integration, the book introduces the concept of Active ECM Missiles-pre-emptive electronic warfare munitions capable of disabling enemy communications, jamming radar warning receivers (RWR), and inverting enemy ECM signals to reveal precise aircraft locations. These missiles act as sensor-relay nodes using phased array LIDAR and passive RF detection, feeding real-time targeting data back to friendly aircraft via Link 16, 18, or 22-allowing pilots to remain "nose cold" and undetected.
Bridging artificial intelligence, LIDAR tracking, swarm coordination, and modular EW payloads, this book lays out a future where missiles are not just weapons-but intelligent, networked platforms shaping the electronic battlespace in real time. Perfect for defense innovators, tacticians, and engineers shaping the future of air combat.

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