Taiwan's military conducted a live-fire exercise on June 10, 2024 [2], firing U.S.-made HIMARS rocket systems into the Taiwan Strait [1].
The drills serve as a strategic deterrent against potential aggression from Beijing. By simulating a response to an amphibious invasion, Taiwan aims to prove it can deploy precision strikes quickly to protect its coastline.
Operating from Taichung, the Republic of China Armed Forces launched 36 HIMARS rockets [3]. This operation marked the first live-fire test of the U.S.-supplied system for the Taiwanese military [3]. The exercise focused on "shoot-and-scoot" tactics, which allow a unit to fire its payload and move immediately to avoid counter-battery fire.
"The HIMARS system can quickly fire and relocate, making it difficult for the enemy to target," a spokesperson for Taiwan's Ministry of National Defense said [1].
The live-fire event was part of a broader series of military preparations. These include beach drills designed to simulate the repelling of a Chinese amphibious landing. The high mobility of the HIMARS system is intended to complicate the planning of any opposing force by removing fixed targets from the battlefield.
Defense Minister Chiu Kuo-cheng addressed the readiness of the forces during the exercises. "Our troops are prepared to repel any amphibious invasion," Chiu said [1].
The deployment of these advanced rocket systems highlights the ongoing military cooperation between the U.S. and Taiwan. As military pressure from China increases, Taiwan has prioritized the acquisition of mobile, long-range weaponry to strengthen its asymmetric defense strategy.
“"The HIMARS system can quickly fire and relocate, making it difficult for the enemy to target."”
The integration of HIMARS into Taiwan's defense architecture signals a shift toward an asymmetric 'porcupine strategy.' By utilizing highly mobile, precision-strike assets rather than relying solely on static defenses, Taiwan seeks to increase the cost of a potential invasion for China. This live-fire test confirms the operational readiness of U.S.-supplied hardware in a high-tension environment.
