Taiwan Defense Minister Oversees "Han Kuang 42" Exercise, Focus on Drone Tech and 3D Printing

Taiwan's Minister of National Defense, Wellington Koo, visited troops participating in the "Han Kuang 42" live-fire exercise in the Taoyuan area on August 11, 2026. His visit focused on understanding the tactical applications of drones, including battlefield surveillance, intelligence relay, and attack capabilities.

A key aspect of the exercise involved the innovative use of 3D printing technology for "battlefield improvisation" of drones. Minister Koo was briefed on operational plans, including wartime troop deployment, deep defense strategies, and transportation control during conflict. He also observed soldiers operating various types of drones for surveillance and attack.

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Drone operations must integrate surveillance, command and control, and attack capabilities based on environmental and mission requirements. We must closely integrate operational concepts and flexibly utilize various weapon systems to enhance battlefield perception, real-time response, and precision strike capabilities, thereby maximizing overall combat effectiveness.

Koo stressed the importance of a holistic approach to drone warfare, integrating surveillance, command, control, and attack functions based on environmental and mission requirements. He highlighted the need for flexible deployment of diverse weaponry to improve battlefield awareness, real-time response, and precision strike capabilities, thereby maximizing overall combat effectiveness.

The exercise also explored the development of rapid repair and resupply capabilities for drones using 3D printing. This initiative aims to establish a decentralized, swift, and sustainable maintenance and replenishment mechanism, crucial for enhancing combat resilience and endurance. Koo's visit also included a tour of Air Force units to assess their combat readiness, troop deployment, and defensive measures against evolving threats.

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The development of battlefield improvisation, rapid repair, and replenishment capabilities, utilizing technologies like 3D printing, can establish a decentralized, rapid, and sustainable maintenance and replenishment mechanism. This can be repeatedly verified through exercises to enhance combat resilience and sustainability.