South Korea’s Defense Strategy: Training 500,000 Drone Operators
On Friday, South Korea’s Ministry of Defense unveiled an ambitious initiative aiming to train 500,000 “drone warriors.” This move is largely in response to North Korea’s growing use of drones, while the plan also seeks to better integrate unmanned vehicles within their military operations.
Initially, Defense Minister Ahn Gyu-bak mentioned plans to equip these operators with 110,000 new drones over three years. However, the ministry later adjusted expectations, targeting 11,000 drones next year and a total of 60,000 by 2029.
Ahn emphasized during a press conference that “drones should no longer be equipment used by a limited number of troops but should be a universal combat tool.” He expressed that every service member should have access to drones, likening them to a personal firearm.
The goal to have 500,000 drone personnel is indeed a lofty one, especially considering that South Korea’s total active-duty military forces number fewer than that. This figure may also encompass reservists and possibly civilian contractors involved in drone operations.
Ahn made it clear that South Korea intends to manufacture its own drones to avoid reliance on potentially faulty or unsafe Chinese components. The main product in development is called K-LUCAS, a domestic counterpart to the U.S.’s low-cost unmanned combat attack system.
This focus on domestic production is partly a response to developments in drone warfare, particularly influenced by Iran’s Shahed drones, which have gained notoriety for their efficacy as one-way “flying bombs” that can be mass-produced affordably.
The U.S. military has successfully deployed similar drones in operations, outpacing most traditional defense projects. Ahn noted that the South Korean military plans to manufacture a variant of K-LUCAS and has earmarked deployment of about 20,000 additional low-cost drones, loitering munitions, and unmanned interceptors.
It’s expected that the first batch of new drones could reach frontline areas—including the highly sensitive demilitarized zone—by next year, paving the way for advanced AI-controlled drone systems to follow.
Ahn outlined a vision for long-term advancements, mentioning directed energy weapons, such as lasers and high-powered microwaves, while also aiming to secure cost-effective interceptor drones to counter lower-cost drone threats.
Additionally, the Ministry of Defense announced plans to restructure the Unmanned Aircraft Command, breaking away from the current centralized system. This change aims to grant operational independence to South Korea’s Army, Navy, Air Force, and Marine Corps.
The ministry expressed a commitment to developing an integrated operational approach that would enable each military branch to perform surveillance, reconnaissance, and offensive tasks collectively. This means each branch will create drone strategies tailored to their specific needs.
South Korea has already begun advancements in drone swarm technology. At a recent air show, five drones developed by startup Pablo Air demonstrated their ability to communicate and operate autonomously. While they were carrying stuffed animals, the technology could easily be adapted for military purposes.
Inspired by a new wave of innovative U.S. companies, Korean startups are working on affordable, high-performance drone projects to support the military’s large-scale drone initiative. These firms are developing systems, like LUCAS, with much shorter development timelines.
Pablo Air is creating a suicide drone akin to Iran’s Shahed, priced around $6,000 due to its foam board construction. If the Ministry of Defense aims to provide these drones alongside conventional weapons to all frontline soldiers, this cost point is quite enticing.
Another company in the field, Nearthlab, has introduced KAiDEN, an interceptor drone that weighs under 7 pounds and can effectively destroy larger enemy drones by crashing into them at high speeds.
As Nearthlab’s CEO, Choi Jae-hyuk, pointed out, “Modern air defense is no longer a competition for performance but rather about creating sustainable systems.” The approach with KAiDEN reflects a strategy to meet disposable threats with equally disposable solutions.
