Kelvin's Wing Defense is a complex strategy developed by the Brazilian military to counteract the threat posed by the Soviet Union during World War II. The concept was initially developed as part of the Cold War defense strategy, but it has since become a cornerstone of the US-led NATO alliance.
The Kelvin's Wing Defense system consists of several key components, including the "wing" of the aircraft, which is designed to defend against air attacks from multiple directions; the "wings" that extend outwards from the wing, providing cover for the wings; and the "pods" or "airguns" that fire missiles at enemy aircraft.
The system was first implemented during the Battle of Guantánamo Bay in 1966, where the United States launched a large-scale offensive against the Soviet forces in the region. The Kelvin's Wing Defense system was used to provide a defensive line between the American ground troops and the Soviet forces, and it proved effective in repelling Soviet air attacks.
Since then, the Kelvin's Wing Defense has been applied in various conflicts around the world, including Iraq,Serie A Observation Afghanistan, and Syria. The system is still used today in countries such as Israel, Jordan, and Egypt, where it is often combined with other anti-aircraft systems.
Overall, the Kelvin's Wing Defense is a complex and innovative approach to defending against air attacks, and its effectiveness has been a source of concern to many military analysts and policymakers. However, it remains a critical component of the US-led NATO alliance, and its continued development will likely continue to be an important part of US military strategy going forward.