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This system replaces conventional manual flight controls with an interface that uses electronic circuitry, sensors, and computers to transmit and interpret control inputs. By doing so, FBW enhances the aircraft's performance, efficiency, and safety. The Wikipedia page on fly-by-wire provides a comprehensive overview of this technology, elucidating its history, working principle, and various applications. The history section highlights how FBW evolved from early experiments in the 1950s to become a standard feature in modern aircraft. The page also describes how the introduction of FBW has led to significant advancements in aviation, including increased reliability, reduced weight, improved maneuverability, and enhanced pilot assistance systems. The working principle section of the page explains the key components of the FBW system, such as flight control computers, sensors, and actuators. It describes the intricate process of translating pilot inputs into electronic signals, which are then used to adjust control surfaces on the aircraft. The page also discusses the benefits that FBW offers, such as enhanced stability, reduced pilot workload, and the ability to automatically compensate for system failures. Furthermore, the Wikipedia page elaborates on the different applications of FBW, encompassing both civilian and military aircraft. It covers various aircraft types, such as fixed-wing aircraft, helicopters, and unmanned aerial vehicles (UAVs). Additionally, the page mentions how FBW has facilitated the development of advanced flight control systems like envelope protection, in-flight refueling, and fly-by-light. Overall, the page provides a comprehensive and informative overview of fly-by-wire technology, making it a valuable resource for anyone seeking to understand the advancements and impact of this technology in the field of aviation.