South Korea has announced plans to deploy laser weapons systems designed to intercept North Korean drones, which have raised security concerns in the region. The Defense Acquisition Program Administration revealed that at least one anti-air laser weapons system, known as 'Block-I,' will be deployed by the end of this year, with more to follow in the coming years.
The 'Block-I' system is capable of launching precision attacks on small incoming drones and multi-copters. Developed by local company Hanwha Aerospace, the system costs just 2,000 won (about $1.50) per shot. The agency emphasized the need for such technology due to the ongoing threats posed by North Korean drones.
While acknowledging that countries like the United States and Israel are ahead in laser weapons technology, South Korea aims to develop anti-missile laser weapons as well. The agency views this as a significant advancement in future combat environments.
Tests of the 'Block-I' system conducted in 2022-2023 were successful, demonstrating its effectiveness in targeting enemy drones. However, some experts have raised concerns about South Korea's ability to effectively utilize laser weapons given the limitations of its anti-air radar systems.
North Korea has been known to fly drones across the border into South Korea, testing the country's readiness. In response to recent incidents, including North Korea's drone activities, South Korea is ramping up its defense capabilities.
Looking ahead, experts suggest that South Korea may be about five years away from acquiring a laser weapon capable of effectively countering North Korean drones. The ongoing tensions between the two Koreas underscore the importance of enhancing defense mechanisms to address evolving security challenges in the region.
As North Korea continues to explore unmanned combat equipment, including attack drones, South Korea remains vigilant in its efforts to bolster its defense capabilities. The deployment of laser weapons represents a strategic move to safeguard against potential threats and maintain stability in the region.
