The KORGAN Advanced Multi-Purpose UAV Platform, developed by SAVX under TİTRA, has successfully demonstrated a remarkable new capability during its latest test. In the trial, the system simultaneously launched three MERKÜT FPV kamikaze drones, which have recently entered the inventory of the Turkish Armed Forces. This test highlighted that KORGAN is not merely a storage and deployment solution, but also a platform with direct offensive application potential. The released footage showed that the system can be adapted for complex mission requirements and may provide a significant advantage in the field thanks to its modular design.

Originally developed for smaller unmanned aerial systems, KORGAN has now proven that it can support a broader mission set. During the test, the platform base was lowered to accommodate three MERKÜT FPV drones, while a stabilizing stacking mechanism was integrated to ensure safe and balanced launch conditions. This configuration enables the rapid deployment of multiple FPV drones at once, offering strong potential for swarm-style attacks, close support missions, and saturation strike concepts. In modern warfare, where low-cost but high-impact strike systems are becoming increasingly important, such capabilities stand out as a major force multiplier.

Another key feature of KORGAN is that it serves not only as a launch and housing unit, but also as a communication node between the drone and the operator. This makes the platform an active element of the command-and-control chain rather than a passive logistical tool. In operational environments where communication continuity, secure data transmission, and reliable control links are critical, KORGAN’s node function significantly enhances its battlefield value. This aspect positions the system as part of a broader network-enabled warfare architecture.

Thanks to its compact dimensions and lightweight design, KORGAN can be deployed not only in fixed positions but also integrated rapidly onto land and naval platforms with sufficient space. This opens the door for its use in mobile operations, border security missions, coastal defense scenarios, and support roles for maneuvering forces. Similar launch-nest concepts have also been seen on unmanned surface vessels in recent conflicts, underlining the growing relevance of mobile FPV launch systems in contemporary combat environments.

The published specifications of the KORGAN-S Multi-Purpose UAV Platform further underline its versatility. The system offers a flight range of 15 kilometers and an endurance of 45 minutes, with a total weight of 50 kilograms. Measuring 64.4 x 74.4 x 50.0 centimeters, the platform features a compact footprint. Its sensor package includes a 4/3 CMOS 20 MP HD camera with 56x hybrid zoom, as well as a thermal camera with an 8° DFOV and 640x512 pixel resolution, enabling effective day and night operations. The O3 Enterprise video transmission system, 1000 Mbps Ethernet connectivity, and 4.5G LTE modem support provide a robust communication backbone. In addition, a maximum operating altitude of 4,000 meters, an operating temperature range between -25°C and +55°C, and IP55 protection indicate that the platform is built to perform in demanding environmental conditions.

KORGAN’s successful demonstration of multi-MERKÜT FPV launch capability reflects the progress of the Turkish defense industry in the field of unmanned systems. By combining storage, deployment, communication management, and offensive use within a single platform, the system points toward future concepts involving even more advanced UAV and munition integration. Considering the growing need for rapid response, network-centric warfare, and effective countermeasures against asymmetric threats, platforms such as KORGAN are likely to attract significant attention both domestically and in export markets.