Turkish defense firm ASELSAN introduced a suite of electronic warfare, directed energy, and counter-drone systems at SAHA EXPO 2026 to strengthen the capabilities of its ÇELİKKUBBE multi-layer air defense architecture against emerging UAV and asymmetric aerial threats.
The unveiling ceremony was attended by Minister of National Defense Yaşar Güler, Defense Industries President Haluk Görgün, and ASELSAN CEO Ahmet Akyol. Güler said the systems demonstrated “valuable products produced by ASELSAN,” adding, “They all fill us with pride.”
Görgün emphasized the integration of “soft kill” and “hard kill” capabilities across the systems, noting that “each of these systems holds distinct value in its own right.” Akyol described ÇELİKKUBBE as a “living project,” stating that the company is investing in capabilities it sees as critical gaps in countering evolving threats.
The systems showcased include the ILGAR 3-LT Communications Electronic Warfare System, KORAL AD Radar Electronic Warfare System, GÖKALP Autonomous Drone Destruction System, GÖKBERK 10 kW Laser Weapon, MİĞFER FPV Countermeasure System, and EJDERHA high-power microwave system.
ILGAR provides electronic attack capabilities targeting communications across V/UHF and parts of the SHF spectrum, enabling disruption, delay, or deception of adversary signals. KORAL AD detects and suppresses air and ground-based radar systems, reducing their operational effectiveness through electronic jamming.
In the counter-UAV domain, GÖKALP employs a “drone-hunting drone” concept for kinetic interception, while MİĞFER delivers close-range protection for armored units against FPV threats. GÖKBERK uses directed energy to neutralize UAVs and improvised explosive devices, and EJDERHA applies high-power microwave emissions to engage multiple targets simultaneously, particularly in swarm attack scenarios.
The systems expand Türkiye’s air defense concept by integrating electronic warfare, electromagnetic spectrum dominance, and directed energy solutions into a unified, multi-layered architecture. The approach targets the growing operational challenge posed by low-cost, high-impact UAVs, including FPV and loitering munitions.
By linking detection, identification, tracking, and engagement functions within a single network, the ÇELİKKUBBE initiative aims to reduce reaction times on the tactical battlefield and enhance overall deterrence against asymmetric air threats.
