Brand new 1/72 scale diecast model of McDonnell Douglas A-4C Skyhawk Attack Aircraft "US Navy" die cast model by Militaria Die Cast. Brand new box. Detailed exterior. True-to-scale detail. Officially licensed product. Comes with display stand. This model does not have any openings. Manufacturer's original unopened packaging. Made of diecast metal with some plastic parts. Dimensions approximately Length- 7, Wingspan- 4.5 inches. Diecast metal and plastic construction for durability and a heavy, realistic feel. It is a highly detailed and accurate model, perfect for collectors and enthusiasts of military history. Realistic panel lines, antennas, access panels, and surface details for an authentic representation of the real-life airplane. HISTORY ASPECTS: The McDonnell Douglas A-4C Skyhawk is a carrier-capable light attack aircraft that was in service with the United States Navy and Marine Corps from the early 1960s until the mid-2000s. It was also operated by several other countries, including Australia, Israel, and Argentina. The A-4C Skyhawk played a significant role in the Vietnam War, where it was used for close air support, ground attack, and reconnaissance missions. It was highly maneuverable and able to carry a variety of bombs and rockets, making it a versatile and effective aircraft in combat situations. In addition to Vietnam, the A-4C was also used in other conflicts, including the Yom Kippur War in 1973, the Falklands War in 1982, and the Gulf War in 1991. It was retired from service by the United States in 2003, but several countries still operate the aircraft. The 1:72 scale model of the A-4C Skyhawk is a perfect addition to any aviation enthusiast's collection. It features detailed craftsmanship and accurate markings, making it a realistic representation of the iconic aircraft. Whether displayed on a shelf or used for role-play, this model is a must-have for anyone who appreciates the history and technology of military aviation. Don't miss your chance to own a piece of aviation history with this exceptional model.