On August 5, 2026, retired U.S. Army Col. Robert Hamilton revealed that the United States and Ukraine initiated a joint defense production initiative to refurbish existing S-300 interceptors and manufacture a compatible surface-to-air missile for Ukrainian air defense batteries. The program aims to achieve an initial operational capability near the end of 2026, with an estimated annual production target between 100 and several hundred rounds. This industrial strategy is designed to return surviving S-300 launch platforms and engagement radars to sustained use, thereby reducing operational consumption of high-tier MIM-104 Patriot interceptors. Read full defense news at this link... According to Hamilton, the U.S. and Ukraine are working to upgrade existing S-300 interceptors or develop a newer S-300 missile with improved capabilities, with the resulting weapon expected to become operational near the end of 2026. (Picture source: Russian MoD) Read more... from World Defence News h...
Taiwan Tests M1A2T Abrams as Heavy Counterattack Force to Deny Airborne Seizure of Taoyuan Airport Near Taipei
Taiwan deployed U.S.-made M1A2T Abrams tanks inside Taoyuan International Airport for the first time during the Han Kuang 42 exercise, with the August 7, 2026 drill testing how armored forces could stop an airborne assault from turning the island’s main aviation hub into an enemy logistics foothold near Taipei. According to the Liberty Times Military Channel, the scenario combined Abrams tanks, Yunpao armored vehicles, engineers and civilian airport resources to defend critical infrastructure while preserving the airport’s operational value for as long as possible. Read Full Defense News At This Link. Taiwan deployed M1A2T Abrams tanks inside Taoyuan International Airport for the first time, testing a layered defense designed to defeat airborne forces and deny a captured airport to an enemy (Picture Source: Liberty Times Military Channel / Apple Maps / Edited By Army Recognition Group) from World Defence News https://ift.tt/5xmQ2Mi via IFTTT