ASELSAN’s GÖKBERK Mobile Laser Weapon System has proven its capabilities in countering FPV (First-Person View) drones, which are rapidly becoming a major threat in modern conflicts. In a recent series of tests, GÖKBERK successfully detected, automatically tracked, and destroyed FPV drone threats in various scenarios. The system’s quick engagement time and precise targeting demonstrate its potential to play a critical role in Türkiye’s national air defense system, Steel Dome.
ASELSAN’s Advancements in Directed Energy Weapons
ASELSAN, Türkiye’s leading defense technology company, is making significant strides in the field of directed energy weapons, a key area of new-generation defense technologies. Building on its prior success against rotary- and fixed-wing kamikaze drones, GÖKBERK now showcases enhanced capabilities, autonomously detecting, tracking, and eliminating FPV drones with exceptional speed and precision across multiple test scenarios.
Integration with Steel Dome and Key Features
As an integral component of Türkiye’s Steel Dome air defense system, GÖKBERK is designed as a near-field air defense system capable of executing both hard kill and soft kill engagements against threats such as mini/micro UAVs and improvised explosive devices (IEDs). The system combines ASELSAN’s İHTAR platform and a laser weapon mounted on a 6×6 mobile platform, offering mobility and operational flexibility in contrast to traditional distributed architectures.
Developed with collaboration from key industry partners, including TÜBİTAK BİLGEM, all major subcomponents of GÖKBERK are domestically designed and produced, underscoring Türkiye’s growing defense industry autonomy. Through GÖKBERK, ASELSAN continues to innovate and strengthen its national defense capabilities.
Advanced Technology for Precision Engagement
GÖKBERK utilizes an indigenous high-quality laser source for hard kill capabilities and integrates an electronic jammer developed by ASELSAN for soft kill operations. The system’s precision tracking is facilitated by advanced electro-optical systems, while artificial intelligence-powered algorithms enhance the tracking and identification process. This allows GÖKBERK to neutralize threats in record time.
Additionally, GÖKBERK’s cooler system enables continuous operation around the clock, allowing it to fire uninterrupted for extended periods. By maximizing the system’s impact with minimal energy consumption, GÖKBERK offers a highly cost-effective solution for modern defense needs.
Conclusion
GÖKBERK is set to play a vital role in protecting fixed facilities such as military bases, airports, power plants, and oil refineries. Its mobile deployment capability also expands its potential applications, offering flexibility in various defense scenarios. With continuous data collection from tests conducted in diverse weather conditions, ASELSAN is committed to further enhancing the GÖKBERK system, ensuring it remains at the forefront of modern air defense technologies.
