Onboard Aviation Bird Strike Directive Energy Laser Prevention Device

This groundbreaking work introduces an innovative solution to one of aviation's most persistent challenges: bird strikes. Through a cutting-edge system of directive-energy laser devices mounted on the exterior circumference of aircraft engines, this technology autonomously prevents bird collisions in-flight. Equipped with autonomous AI-driven 360-degree camera sensors, the system detects incoming birds in real time. It emits a non-lethal laser light as a deterrent to redirect birds safely away from engine inlets. If deterrence fails, a lethal laser pulse vaporizes the bird, ensuring the engine's safety and preventing catastrophic failure.
The book explores the intricacies of system design, including a tri-laser configuration for fail-safe redundancy, optimization for aerodynamics, and seamless integration into civil and military aviation. A 3-tier nuclear battery array serves as the onboard power plant, providing compact, reliable, and sustainable energy. The work delves into advanced AI algorithms, safety protocols, environmental impacts, and compliance with international regulations.
With a vision for 100% bird-strike prevention success, this book lays the foundation for a future where aviation safety is elevated through intelligent technology. Bridging the gap between engineering innovation and environmental responsibility, it paves the way for a safer, more efficient sky for all.

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