UGV platforms for real-world challenges
Mattro platforms power real-world UGV applications across defense, emergency response, industry, agriculture, and research. Designed for reliability in challenging environments, our electric tracked systems provide a robust foundation for missions where mobility, integration, and energy supply must work together seamlessly.
From reducing risk for personnel to enabling autonomous and remotely operated systems, Mattro delivers integration-ready technology for demanding off-highway applications.
Defense & Security
Defense and security operations require mobility solutions that reduce risk for personnel during logistics and support missions in challenging terrain.
Mattro UGV platforms provide a reliable, electric tracked foundation for remote operation, follow-me functions, and waypoint-based navigation, enabling equipment transport and mission support while keeping personnel out of hazardous areas.
Standardized interfaces support the integration of mission-specific payloads as required.
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Transporting equipment and supplies in operational areas
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Remote operation in hazardous or restricted zones
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Carrier platforms for sensors, communication, or surveillance payloads
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Integration into broader unmanned or semi-autonomous systems
Firefighting & rescue
Firefighting and rescue missions place extreme demands on mobility systems, requiring reliable operation in hazardous environments with limited visibility, high temperatures, and unstable terrain.
Mattro platforms provide a stable, electric tracked foundation for firefighting and rescue robots, enabling the integration of cameras, firefighting equipment, and remote operation for safe and effective response.
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Remote firefighting support in high-risk zones
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Transport and deployment of firefighting equipment
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Sensor and camera platforms for situational awareness
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Support systems for coordinated UGV and aerial operations
Industrial inspection
Industrial inspection applications require stable and continuous electrical power not only for mobility, but for the complete inspection system architecture. Measurement technology, data processing units, manipulators, and communication interfaces must operate reliably for extended periods — often in hazardous, restricted, or infrastructure-critical environments without external power infrastructure.
Mattro platforms integrate high-capacity lithium-ion battery systems directly into the vehicle architecture, forming a self-contained power and mobility unit. This enables long-duration operation while reducing personnel exposure in safety-critical areas and ensuring reliable energy supply for integrated inspection equipment. Combined with robust tracked off-road capability and integration-ready interfaces, the platform provides a dependable foundation for demanding industrial inspection tasks.
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Nuclear facility and power plant inspection
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Disaster prevention and post-event inspection tasks
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Remote transformer inspection and monitoring of energy infrastructure
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Inspection of industrial sites with restricted or hazardous access
Agriculture & AgTech
Agriculture and AgTech are increasingly shaped by labor shortages, cost pressure, and the need for higher operational efficiency. This is accelerating the shift toward automated, lightweight, and modular field platforms that complement traditional heavy machinery with more flexible and scalable solutions.
Mattro platforms provide the robust, fully electric tracked foundation for this transition. Their compact design reduces soil compaction while enabling continuous off-road operation in demanding field conditions. With high traction, modular architecture, and integration-ready interfaces, they support OEMs and system integrators in developing specialized solutions for precision agriculture, land maintenance, and seasonal automation tasks.
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Automated mowing, mulching, and land maintenance
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Support platforms for precision agriculture systems
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Operation in agricultural, semi-industrial, or infrastructure-adjacent environments
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Autonomous or remotely operated systems for seasonal tasks
Research & innovation
Research and innovation projects require open, adaptable platforms that support rapid experimentation and system integration. Universities, laboratories, and innovation programs depend on reliable mobility systems to develop, test, and validate new technologies under real-world conditions.
Mattro UGV platforms provide a robust testbed for research and innovation. Standardized interfaces, electric drivetrains, and scalable energy systems support the integration of sensors, autonomy stacks, and experimental payloads, enabling efficient development from prototype to applied research.
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Development and testing of autonomous navigation systems
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AI- and sensor-based research in off-highway environments
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Experimental UGV configurations and system validation
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Research projects requiring reliable, integration-ready mobility platforms