Products

The ALVIS2 R&D is a tracked, compact test and development vehicle for unmanned systems. Its modular design makes it ideal for research projects, prototyping, and the development of new robotics applications. Various chassis and payload modules can be flexibly integrated – from sensors and cameras to manipulators and communication systems.

Robustly constructed yet adaptable, the ALVIS2 R&D offers a versatile base for developers, research institutions and companies that want to test new technologies in the UGV field in a practical way.

The ZELOS R&D is a lightweight, tracked or wheeled development vehicle for unmanned systems. Its compact design and modular architecture make it the ideal platform for research, prototyping, and the development of new robotics applications. Various chassis, sensor, and communication modules can be flexibly integrated – from cameras and LiDAR sensors to manipulators and radio modules.

Thanks to its robust design and easy expandability, the ZELOS R&D offers a practical foundation for universities, research institutions, and development teams looking to test new UGV technologies or validate them early in the field. With its open software architecture (ROS2, API-first) and rapid adaptability, the ZELOS R&D is the ideal entry point into modular robotics development.

The PALLAS series is a scalable, tracked or wheeled platform family for unmanned ground vehicles (UGVs). It was developed to flexibly and efficiently implement industrial, logistics, and research-related applications. Thanks to its modular design, drive, energy, and sensor modules can be individually combined – from cameras and LiDAR systems to manipulators, communication, and transport solutions.

Robustly manufactured and designed for long-term operational reliability, PALLAS offers an adaptable platform for companies, integrators, and research institutions. Whether as an inspection vehicle, transport platform, or test vehicle for new technologies – PALLAS combines powerful mechanics with open software architecture (ROS2, API-first) and paves the way for the next generation of smart, autonomous ground vehicles.

The SKYON R&D is a lightweight, fixed-wing UAV specifically designed for research, testing, and development purposes in the field of unmanned systems. Its modular design allows for various wing, tail, and payload configurations – from cameras and sensors to communications, navigation, and environmental measurement systems.

The system is robustly constructed, aerodynamically optimized, and designed for ease of use. With its modular wing and fuselage components, SKYON is ideal for prototyping, training, and experimental applications. It offers developers and research institutions a flexible platform for testing new technologies in UAV design, autonomous flight control, and payload integration.

In combination with digital twins, simulation environments, and automated manufacturing concepts based on NEXOS.Cube, SKYON represents a new generation of modular aerial robotics—developed for practical use, designed for the future.