Japan Ground Self-Defense Force

Japanese displays military strength celebrating 10-year deployment at Camp Zuma

Land warfare

The Japan Ground Self-Defense Force (JGSDF) celebrated its 10-year anniversary at Camp Zama in Japan. The event was attended by US Army officials and JGSDF leaders, as well as representatives from the local community. The JGSDF was established in 1954 but underwent significant changes in 2010, which resulted in the formation of the current force structure.

The JGSDF’s main mission is to defend Japan and its territories against external threats, including from North Korea and China. The force is also responsible for responding to natural disasters and providing security for major events, such as the Olympic and Paralympic Games. The JGSDF is equipped with modern weapons and technology, including tanks, helicopters, and unmanned aerial vehicles.

During the anniversary celebration, US Army officials praised the strong partnership between the US and Japan and emphasized the importance of continuing to work together to promote peace and security in the region. JGSDF leaders also expressed their gratitude for the support and training provided by the US Army, which has helped the JGSDF develop into a highly capable and professional force.

The event included a variety of demonstrations and displays showcasing the JGSDF’s capabilities, including a live-fire exercise, a parade, and a display of tanks and other military vehicles. The celebration was also an opportunity for members of the local community to learn more about the JGSDF and the important role it plays in Japan’s defense and security.

The JGSDF’s anniversary comes at a time of increased tension in the region, as Japan and other countries are facing growing threats from North Korea and China. The US has reaffirmed its commitment to defending Japan and its allies, and events like the JGSDF anniversary celebration serve as a reminder of the strong partnership and shared commitment to promoting peace and security in the Asia-Pacific region.