Navy Accelerates Asymmetric Warfare Transformation, Orders 300-plus Drones to Boost Force

Facing escalating regional geopolitical tensions, Taiwan's Institute for National Defense and Security Research and military experts from various sectors have continuously called in recent years for the national armed forces to accelerate their force buildup and combat readiness toward "asymmetric warfare." Against this strong strategic backdrop, the Ministry of National Defense and various military services have actively reviewed existing equipment in recent years and boldly adjusted their force generation plans. Among these developments, Navy Headquarters recently officially shifted several drone procurement projects previously listed under the annual classified budget to the public budget, drawing high attention from domestic and international military observers and the general public. According to the latest public defense budget and related information, the Navy has officially finalized plans to procure a total of 32 domestically manufactured Albatross II drones to comprehensively enhance surface and subsurface reconnaissance and surveillance capabilities. At the same time, it will make a large-scale foreign procurement of 280 US-made V-BAT vertical take-off and landing drones, demonstrating the Navy's strong ambition under the strategy of resolute defense and multi-layered deterrence.

Among this highly anticipated military procurement plan, one of the most eye-catching focuses is the Navy's purchase of 32 domestically produced Albatross II drones developed by the National Chung-Shan Institute of Science and Technology. In fact, the first-generation Albatross drones operated by the armed forces in the past, while serving in the Army and Marine Corps, were primarily responsible for reconnaissance and intelligence collection tasks in coastal areas and near-shore waters, playing a considerable role in grasping dynamics in surrounding maritime areas. However, as Chinese People's Liberation Army coast guard vessels and warships frequently cross the median line of the Taiwan Strait and even conduct routine combat readiness patrols in waters surrounding Taiwan, the military's demand for "open-ocean battlefield transparency" has risen sharply. Compared to the first generation, the Albatross II drones feature significant upgrades and breakthroughs in operational range, endurance, payload capacity, and communication links. With the addition of these 32 next-generation domestically produced drones, the Navy will be able to conduct all-weather surveillance and target acquisition over surrounding waters from much greater distances, substantially extending the military's battlefield radar and intelligence horizon to ensure that enemy developments are grasped at the earliest moment.

In addition to the larger domestic Albatross II drones, the Navy also plans to procure as many as 280 V-BAT vertical take-off and landing drones. This large-scale foreign procurement likewise carries profound tactical significance. In modern maritime and coastal operations, drone launch and recovery sites are often constrained by runway length or terrain features, whereas the greatest advantage of the V-BAT lies in its vertical take-off and landing capability. It requires no traditional airport runway and can even be flexibly deployed on the decks of various types of Navy surface ships or in narrow coastal positions on the main island of Taiwan and outlying islands. Such characteristics grant the Navy extremely high tactical flexibility, enabling it to execute missions in a highly dispersed deployment state and substantially boosting troop survivability.

It is particularly noteworthy that modern electronic warfare plays a decisive role in the outcome of a conflict in the Taiwan Strait. In recent years, when conducting joint military exercises in the waters and airspace surrounding Taiwan, the Chinese People's Liberation Army has frequently demonstrated strong electronic jamming and communication suppression capabilities in an attempt to paralyze the military's command, control, intelligence, surveillance, and reconnaissance systems. This time, the Navy has specifically valued the V-BAT drones' ability to operate in highly complex electromagnetic environments and their excellent anti-jamming characteristics. This means that even under intense enemy electronic interference, this batch of drones will still be able to maintain stable communication links and continuously execute critical missions such as reconnaissance, target designation, and battle damage assessment, ensuring that the Navy maintains the operational advantage of being "able to see and able to strike" in a harsh electronic battlefield.

From the perspective of overall defense strategy and force generation progress, the Navy's shift of these two drone procurement projects from last year's classified budget to this year's public budget not only demonstrates Taiwan's determination for defense transparency, but also symbolizes that the military's drone combat power is rapidly advancing toward "mass production, practical combat application, and systematization." Facing the continuous gray-zone harassment and physical military threats from Chinese naval and air forces, the Navy's introduction of 32 Albatross II and 280 V-BAT vertical take-off and landing drones is tantamount to casting a dense intelligence network with high blast-resistance and anti-jamming capabilities over the sea and airspace surrounding Taiwan. This will generate critical and far-reaching positive impacts for enhancing open-ocean battlefield transparency, strengthening asymmetric warfare capabilities, and ensuring the defense security of the Taiwan Strait.