ASELSAN KORKUT 25 Successfully Neutralizes Kamikaze Drones with ATOM
On October 12, ASELSAN released footage demonstrating the superior capabilities of its KORKUT 25 air defense system, which successfully neutralized various unmanned aerial vehicles (UAVs) during recent live-fire tests. The trials featured the effective destruction of both rotary-wing drones and delta-wing targets, including a system resembling the Iranian-made Shahed-136, using the advanced ATOM 25 programmable ammunition. Developed to be mounted on 4×4 tactical vehicles, the KORKUT 25 provides a critical layer of defense against low-cost, small-scale aerial threats. By integrating smart ammunition with artificial intelligence, the system offers a cost-effective alternative to traditional missile-based air defense solutions while maintaining high precision in dynamic battlefield environments.
- The KORKUT 25 system utilizes 25 mm programmable ATOM ammunition to eliminate small UAV threats through high-precision fragmentation.
- Integrated artificial intelligence enables automated target detection and tracking across diverse environmental and combat conditions.
- The platform maintains operational effectiveness while in motion, allowing for the protection of mobile military units during tactical maneuvers.
Advanced Systems Support Tactical Operations
The core strength of the KORKUT 25 lies in its sophisticated sensor fusion and fire control suite. By combining AESA radar technology with high-resolution electro-optical and infrared cameras, the system achieves exceptional situational awareness. These sensors work in harmony with a laser rangefinder to feed real-time data into the ballistic calculation software. This automated process accounts for target speed, trajectory, and weapon stabilization, ensuring accurate engagement even when the platform is firing from a moving vehicle. Furthermore, the system is designed for remote operation, keeping personnel safe from direct exposure during hostile encounters.
Smart Ammunition Increases Hit Probability
The ATOM 25 mm smart ammunition serves as the primary effector for the system, replacing the need for a direct kinetic impact. Unlike conventional rounds, the ATOM 25 is programmed at the muzzle to detonate at a precise distance from the target. This creates a cloud of fragmentation that significantly increases the probability of destroying small drones, which are notoriously difficult to track and hit. With an effective range of 1,200 meters against aerial targets and resistance to electronic warfare jamming, the ammunition provides a reliable shield against modern swarm tactics. 
Integration Options Expand Operational Flexibility
First introduced at SAHA EXPO 2024, the KORKUT 25 boasts a modular design that allows for integration onto a wide array of platforms, including 4×4, 6×6, and 8×8 wheeled vehicles, as well as tracked carriers. The development of a towed configuration, showcased at IDEF 2025, further demonstrates the system’s versatility for different terrain and logistical requirements. This adaptability ensures that the system can be tailored to meet the specific needs of various military units, whether they are guarding fixed infrastructure or supporting infantry in the field. 
Defense Layers Are Strengthened by New Technology
As part of Turkey’s broader “ÇELİKKUBBE” (Steel Dome) air defense architecture, the KORKUT 25 addresses the specific challenge posed by low-cost kamikaze drones. By offering a sustainable and economical way to intercept these threats, the system preserves more expensive missile resources for larger aerial targets. The successful demonstration of its capabilities against delta-wing threats underscores the system’s readiness to address current geopolitical challenges where drone warfare has become a dominant feature of the battlefield.
How do you evaluate the effectiveness of gun-based air defense systems against the growing threat of modern drone swarms? Share your technical insights or opinions in the comments section below.
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