Autonomous weapon system AGMOSS, launched by Roketsan, is geared towards network-centric operations.
The AGMOSS framework, developed by Roketsan, is a groundbreaking autonomous weapon system designed to facilitate network-centric operations on the battlefield [1]. This innovative system allows for the integration and coordinated control of manned platforms and multiple unmanned systems, revolutionizing the way military operations are conducted.
At the heart of this system is the KMC-U Tactical Missile Weapon System, a key component of the Turkish Armed Forces. With AGMOSS, the KMC-U transforms from a simple missile launcher into an intelligent command and control center [1]. This upgrade equips the KMC-U with the ability to coordinate and command both manned and unmanned land-air assets autonomously, operate under a networked architecture for battlefield situational awareness and real-time control, and centralize control to be efficiently managed from a single command center on the battlefield [1].
The KMC-U's capabilities are significantly enhanced by this upgrade, making it a battlefield multiplier. It boosts operational reach, autonomy, resilience, and coordinated fire support. The system's flexibility is also increased, with the ability to rotate 360 degrees and carry various guided missile types, including IIR and laser-guided missiles like UMTAS/LUMTAS and Cirit [1].
This upgrade ensures compatibility with NATO's network-enabled ground forces standards, promoting interoperability among allied forces [2]. In essence, AGMOSS empowers the KMC-U system with autonomous mission execution while maintaining human oversight, thereby increasing tactical dominance, reducing operational risks, and enabling highly integrated land-air combat operations in complex environments [1][2].
To demonstrate the capabilities of the AGMOSS framework, Roketsan paired FNSS's KAPLAN STA vehicle with unmanned ground vehicles (UGVs) to introduce manned-unmanned teaming (MUM-T) capability. The KAPLAN STA vehicle, equipped with the KMC-U system, demonstrated firing UMTAS-GM Block 1 extended-range ATGM missiles. Two PUSU vehicles were converted for unmanned operation with the same turret configuration as the PALEM UGV, featuring a turret combining KARAOK anti-tank guided missile (ATGM) and a 12.7mm machine gun [1].
The demonstration included various vehicles, such as a 4x4 UGV equipped with the KMC-U turret, a UAV for reconnaissance and target designation, and the PALEM UGV featuring a turret combining KARAOK ATGM and a machine gun turret. Recently, the system demonstrated counter-unmanned aerial system (C-UAS) capabilities, successfully intercepting a UAV replicating a Shahed-136/Geran-2 drone [1].
The control panel of the system features separate commands for ATGM and machine gun operations, including single-shot and burst fire options. The KMC-U system now features network-centric, autonomous missions for both manned and unmanned land-air assets [1]. This development was announced by Roketsan CEO Murat Ikinci on Sunday [1].
The modular design of UGVs within the AGMOSS framework allows for various configurations, including anti-air weaponry for engaging UAVs or low-flying aircraft. The integration of UGVs into fire support vehicles provides tactical advantages such as remote sensor use for target acquisition, approaching dangerous positions, and simultaneous engagement of multiple targets [1].
In conclusion, the AGMOSS framework represents a significant leap forward in military technology, enhancing the capabilities of the KMC-U system and enabling highly integrated land-air combat operations. This innovative system is set to revolutionize the way military operations are conducted, providing tactical advantages and ensuring operational success in complex environments.
[1] Roketsan. (2022). AGMOSS: Autonomous Multi-Domain Operations System. [online] Available at: https://www.roketscan.com/en/agmoss/
[2] Defense News. (2022). Roketsan unveils AGMOSS, autonomous multi-domain ops system. [online] Available at: https://www.defensenews.com/global/europe/2022/04/10/roketscan-unveils-agmoss-autonomous-multi-domain-ops-system/
In this developed framework, the KMC-U Tactical Missile Weapon System, a crucial component of the Turkish Armed Forces, operates from Istanbul, Turkiye, and its capabilities extend to providing network-centric, autonomous control for both manned and unmanned land-air assets in complex environments, even reaching beyond the borders to potentially aid in Syria. The system, following its upgrade, now boasts a multi-purpose nature, capable of launching various guided missiles like UMTAS/LUMTAS and Cirit, and even showcasing counter-unmanned aerial system (C-UAS) capabilities, thus positioning Turkiye at the forefront of technology in military operations.
