When Size and Cost Know No Limits: The World's Biggest and Most Expensive Military Planes Revealed

3. The Combat King II, HC-130J

Service Joined: 2010 Retirement Status: N/A Expense: $66 Million The HC-130J Combat King II is a specialized combat rescue aircraft designed to support tilt-rotor and helicopter refueling missions. This versatile aircraft features additional fuel tanks located in the cargo compartment, enabling it to extend the operational range of allied aircraft in the field. The Combat King II is also equipped with refueling pods mounted on its underwing pylons, enhancing its capability to provide critical fuel support during rescue operations. The Lockheed Martin Combat King II made its inaugural flight in 2010, marking a significant advancement in combat rescue technology. In conclusion, the HC-130J Combat King II plays a vital role in enhancing the effectiveness of combat rescue missions. Its unique design and refueling capabilities ensure that it can support a wide range of operations, making it an indispensable asset for military forces engaged in rescue and recovery efforts.

HC-130J Combat King II Shortly after its initial flight, the Air Force received the first HC-130J Combat King II; however, it required additional testing to ensure operational readiness. This rigorous evaluation process culminated in the aircraft achieving Initial Operational Capability (IOC) two years later. The United States Air Force (USAF) subsequently announced plans to purchase seventy-eight Combat King IIs to equip rescue squadrons across the USAF, Air National Guard (ANG), and Air Force Reserve Command (AFRC). This decision underscores the importance of the Combat King II in enhancing the capabilities of rescue operations. In conclusion, the HC-130J Combat King II represents a significant advancement in combat rescue technology. Its integration into various rescue squadrons ensures that military personnel are equipped with the tools necessary to conduct effective and efficient rescue missions in diverse operational environments.