Milrem Robotics will exhibit its THeMIS Combat UGV integrated with Valhalla’s LOKI RCWS at Indo Defence 2025 in Jakarta, Indonesia.
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Press Release, Tallinn, 10 June 2025: Milrem Robotics, the world’s leading developer of robotics and autonomous systems, will exhibit its THeMIS Combat unmanned ground vehicle (UGV) integrated with Valhalla’s LOKI Remote Controlled Weapon Station (RCWS) at Indo Defence 2025 in Jakarta, Indonesia. The cost-efficient version on display has additional cargo space to meet end-users’ needs.
The THeMIS Combat is designed to support military operations in high-threat environments by enabling remote threat identification and engagement before human forces are exposed. As part of the Forward Line of Robotics, it plays a critical role in neutralising key enemy assets and generating operational momentum that ground forces can capitalise on with reduced risk and casualties.
“Integrating robotic systems into combat formations allows military units to enhance their operational effectiveness significantly,” said Patrick Shepherd, Chief Sales Officer at Milrem Robotics. “Unmanned systems like the THeMIS Combat extend the reach and capability of existing units, enabling them to achieve more with fewer resources and greater protection.”
Equipped with the LOKI RCWS, the system combines precise firepower with tactical versatility. LOKI supports weapon calibres ranging from 5.56mm to 12.7mm and can effectively engage targets at distances of up to 2000 metres. In addition to its firepower capabilities, LOKI can also operate in a counter-unmanned aerial systems (CUAS) role, thereby expanding the platform’s mission profile. Its compact form factor, along with the THeMIS UGV’s high payload capacity, allows for the integration of additional mission equipment and supplies, alleviating the logistical and cognitive burden on dismounted troops.
Together, the THeMIS Combat and LOKI RCWS demonstrate the operational advantages of unmanned systems in enhancing force protection, extending battlefield reach, and increasing mission effectiveness in complex environments.
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