At the upcoming Defense & Security 2025 exhibition in Bangkok, Milrem Robotics, a global leader in autonomous systems, will showcase its THeMIS Combat unmanned ground vehicle (UGV). This particular model is uniquely integrated with the LOKI Remote Controlled Weapon Station (RCWS) from Valhalla, presenting a cost-efficient solution with expanded cargo capacity designed to meet the evolving needs of modern armed forces.
The core mission of the THeMIS Combat UGV is to transform ground warfare by operating in high-threat environments. It acts as a critical component of the Forward Line of Robotics, enabling military units to remotely identify and engage enemy threats before exposing human personnel to danger. This capability is pivotal for neutralizing key enemy assets and creating operational momentum, thereby allowing ground forces to advance with significantly reduced risk and casualties. According to Patrick Shepherd, Chief Sales Officer at Milrem Robotics, the system fundamentally changes combat dynamics by projecting combat power more safely and extending the reach and resilience of troops on the battlefield.
The integration of the LOKI RCWS is a key force multiplier. This weapon station provides substantial firepower and tactical versatility, supporting weapon calibres from 5.56 mm to 12.7 mm and engaging targets effectively at distances up to 2,000 metres. Beyond traditional engagements, the LOKI can also perform counter-unmanned aerial systems (C-UAS) tasks, thereby broadening the platform’s utility in diverse threat environments. The compact design of the LOKI, combined with the THeMIS platform’s high payload capacity, is a significant logistical advantage. It allows dismounted troops to integrate various mission-specific payloads and essential supplies directly onto the UGV.
In conclusion, the combination of the THeMIS Combat and LOKI RCWS exemplifies the profound tactical benefits of unmanned systems. This synergy enhances force protection, extends battlefield reach, and increases overall mission effectiveness in complex and contested operational environments. The system represents a tangible step forward in leveraging robotics for greater operational momentum and unit resilience.
