TEMERLAND - military solutions

We regularly take part in industry exhibitions, forums, and demonstration events, where we present TEMERLAND robotic platforms. For us, these events are not only an opportunity to showcase our developments, but also to communicate with military personnel, government representatives, manufacturers, and partners, exchange experience, and receive valuable feedback. At our exhibition stands, visitors can: 🔹 explore the Gnome platform range; 🔹 see the equipment up close; 🔹 speak directly with our development team; 🔹 learn more about the platforms’ technical solutions and modular capabilities. These meetings often lead to new ideas, partnerships, and a clearer vision for the next generation of robotic systems. We thank everyone who visits our stands, asks questions, and shares their experience. Your feedback helps us move forward.

We regularly conduct demonstrations of our robotic platforms for military units to gather feedback from future operators and evaluate the platforms under conditions that closely resemble real-world operation. This video features a demonstration for representatives of one of the Air Assault Forces brigades of the Armed Forces of Ukraine. During these demonstrations, military personnel have the opportunity to: 🔹 operate the robotic platforms themselves; 🔹 evaluate their mobility across different types of terrain; 🔹 test the control systems; 🔹 ask questions directly to our engineers; 🔹 share their practical experience and suggestions for further platform development. Direct interaction with military personnel and their feedback plays a vital role in improving our platforms and helps us incorporate real operational experience into future engineering developments. TEMERLAND – life-saving technologies.  +38 (097) 096 12 09 sales@temerland.com https://temerland.com

“Manyunya” is a compact robotic platform designed to operate in challenging conditions. During its development, particular attention was paid to combining compact dimensions, mobility, and structural reliability. The TEMERLAND engineering team tests the platform across different types of terrain, evaluating its mobility, stability, running gear performance, and control systems. Key features: ✅ Rated payload capacity — up to 50 kg ✅ Compact dimensions for operation in confined spaces ✅ Modular design for mounting various types of equipment TEMERLAND continues to expand its own range of robotic platforms, relying on modern engineering solutions, practical testing, and continuous technological improvement. TEMERLAND – life-saving technologies.  +38 (097) 096 12 09 sales@temerland.com https://temerland.com

The development of new TEMERLAND robotic platforms is based on the continuous evolution of proven engineering solutions. One example is the use of technologies and design experience gained from the Gnom Miner platform as the foundation for creating new modifications. This approach allows us to retain proven running-gear components, control systems, and structural solutions while adapting the platform to new technical requirements. Today, the team is working on several platform modifications in different classes. These include the Gnom Kamikaze 100 and Gnom Kamikaze 200, each undergoing its own cycle of engineering testing and further improvement. We continue to evaluate mobility, structural reliability, and control-system performance while gradually expanding the TEMERLAND range of robotic platforms. TEMERLAND – life-saving technologies.  +38 (097) 096 12 09 sales@temerland.com https://temerland.com

During the development of new platform modifications, we place special emphasis on features that ensure control of the platform in non-standard situations. One of the development areas is a mechanism that allows the operator to safely terminate the platform's operation if communication is lost or if the platform cannot be recovered from the mission area. The operator can set a countdown timer, after which the platform will self-destruct. Such features undergo a separate cycle of testing and validation to ensure reliable operation, controlled execution, and compliance with the established safety requirements. TEMERLAND – life-saving technologies.  +38 (097) 096 12 09 sales@temerland.com https://temerland.com

The images above highlight the key functions of the Gnom-Kamikaze platform. Swipe through the carousel to explore its core capabilities. The Gnom-Kamikaze is designed to perform tasks remotely in hazardous environments, reducing the need for personnel to operate in high-risk areas. The platform provides remote operation, payload transportation, off-road mobility, and the ability to overcome natural obstacles. At this stage of development, we are evaluating: - platform stability and controllability; - running gear performance under load; - mobility in tall grass and across rough terrain; - traction and climbing performance on slopes; - structural reliability under conditions that closely simulate real-world operation. TEMERLAND – life-saving technologies.  +38 (097) 096 12 09 sales@temerland.com https://temerland.com

The TEMERLAND team is developing a new modification of the Gnom-Kamikaze-100 platform, which is currently undergoing factory testing and engineering validation. Preliminary platform specifications: - remote control and remote activation of mission equipment; - payload capacity — up to 150 kg; - maximum speed — up to 12 km/h. The platform is still under development, and its technical specifications may change as testing progresses and further engineering improvements are implemented. TEMERLAND – life-saving technologies.  +38 (097) 096 12 09 sales@temerland.com https://temerland.com

We continue working on a new modification of the Gnom family platform. This time, we tested the Gnom-Kamikaze concept, developed on the basis of the proven Gnom-Miner wheeled-tracked platform. During the tests, we evaluated: 🔹 platform mobility under additional load; 🔹 stability and controllability; 🔹 running gear performance; 🔹 structural strength reserve; 🔹 platform behavior across different types of terrain. Using the Gnom-Miner as the base platform allows us to rely on proven technical solutions while adapting the system for new specialized missions. TEMERLAND – life-saving technologies. +38 (097) 096 12 09 sales@temerland.com https://temerland.com

On the video, you can see a person standing directly on the platform. This is not a demonstration of its rated payload capacity, but rather a structural strength test. We intentionally test our robotic platforms under conditions that exceed their intended operating parameters. This approach allows us to validate the platform's structural integrity, improve its reliability, and ensure it is prepared for real-world operating conditions. TEMERLAND – life-saving technologies. +38 (097) 096 12 09 sales@temerland.com https://temerland.com

The speed of deploying engineering obstacles can often determine the success of defensive operations. The Gnome Miner was developed specifically for such missions. Depending on the task, the platform can operate with different types of anti-tank mines: - up to 18 (26) PTM-3 anti-tank mines; - or up to 6 TM-62 anti-tank mines. This compact robotic platform enables the rapid delivery of mine payloads to a designated area and allows the mission to be carried out without exposing personnel directly to the high-risk zone. TEMERLAND – life-saving technologies. +38 (097) 096 12 09 sales@temerland.com https://temerland.com