Estonian Company Milrem Robotics Opens New Facilities to Meet Ground Drone International Demand.

On 23 May 2024, Milrem Robotics, a company specializing in development of robotic and autonomous systems, announced the opening of a new facility in Tallinn, which increases its production capacity fivefold. This expansion will enable the production of 500 units annually of its Unmanned Ground Vehicle (UGV), THeMIS, which is used by 18 countries, including eight NATO members.

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Milrem Robotics THeMIS Unmanned Ground Vehicle (Picture source: Army Recognition)

The increase in production capacity is in response to a growing demand for intelligent robotic solutions. The THeMIS is involved in military operations, including those supporting Ukrainian forces.

Kuldar Väärsi, CEO of Milrem Robotics, stated that the new facility enhances the company's ability to fulfill large orders. He also noted that the increased use of UGVs in Ukraine demonstrates the importance of these technologies in modern conflicts.

The company is also expanding its prototyping facilities to accelerate the development of new products and has added 1000 square meters of office space to support its growth. Unlike other technology companies that reduced their workforce in 2023, Milrem Robotics continues to expand and plans to hire 100 new employees in Europe.

The expansion is also expected to create indirect jobs among high-tech partners and contribute to the local economy. Kusti Salm, Permanent Secretary of the Ministry of Defense of Estonia, emphasized the positive impact of the expansion on national security and the economy. He stated that Milrem Robotics showcases the ability of Estonia's defense industry to grow and compete internationally, thus contributing to economic development and national defense.

The THeMIS (Tracked Hybrid Modular Infantry System) UGV, developed by the Estonian defense company MILREM, represents a significant advancement in unmanned ground vehicle technology. This versatile platform is designed to support a wide range of military operations, offering modularity, robustness, and advanced capabilities that make it a valuable asset on the modern battlefield.

The THeMIS UGV is a multi-role platform that can be adapted for various missions, including logistics support, reconnaissance, surveillance, and direct combat. Its modular design allows for integrating different payloads and systems, making it highly customizable to meet specific operational requirements. The vehicle is built on a tracked chassis, providing superior mobility across diverse terrains, from urban environments to rugged landscapes.

One of the standout features of the THeMIS is its modularity. The vehicle can accommodate interchangeable payloads, which can be easily swapped out depending on the mission. This includes systems for remote weapon stations, jammers, and sensors for intelligence, surveillance, and reconnaissance (ISR) operations. This flexibility ensures that the THeMIS can be rapidly reconfigured to address evolving battlefield needs, enhancing its utility and operational efficiency.

The THeMIS is equipped with a hybrid diesel-electric powertrain, which provides a significant operational range and allows for silent movement in electric mode, a critical feature for stealth operations. Its robust design includes a low center of gravity, ensuring stability even on difficult terrains and during the transport of heavy loads. The vehicle's tracked system enhances its mobility, allowing it to navigate challenging environments that wheeled vehicles might struggle with.

Regarding autonomy, the THeMIS offers several levels of control, from direct teleoperation to semi-autonomous and fully autonomous modes. Advanced sensors and navigation systems enable the UGV to perform complex tasks with minimal human intervention. For instance, it can follow pre-defined routes, avoid obstacles, and even coordinate with other units on the battlefield.

The THeMIS also features advanced communication systems seamlessly integrating with other military platforms and command structures. This interoperability is crucial for modern network-centric warfare, where real-time data sharing and coordination can significantly enhance operational effectiveness