Development · manufacturing · integration · training

Our unmanned aircrafts is a fully autonomous UAV system designed for long-term and demanding operations. It allows automatic flights, including take-off, landing, and emergency situations without operator intervention. The flight proceeds according to predefined flight plans with the possibility of dynamic changes during the mission. The navigation system is redundant and, in addition to satellite navigation, also uses inertial navigation, which ensures safe operation even in environments with GPS interference. The line-of-sight (LOS) data link has a range of up to 150 km, is encrypted, and is resistant to interference. When using two or more ground control stations (GCS), takeoffs and landings can be performed at different locations, or the operational range can be significantly extended. The entire system is modular and fully customizable to specific customer requirements. Critical systems are redundant.

Our unmanned aircrafts was designed as a universal platform for long-term, complex, and highly specialized missions where endurance, reliability, payload capacity, and autonomous operation are key parameters. One of the main deployment scenarios is long-term observation missions over large areas of land and oceans, where the aircraft provides continuous monitoring of infrastructure, national borders, coastal areas, maritime routes, or critical objects. With an endurance of nearly 20 hours, it can replace several shorter flights by smaller UAVs and provide uninterrupted coverage throughout the mission.

An important area of application is detection and monitoring missions, such as early detection of forest and industrial fires, monitoring of environmental risks, hazardous substance leaks, or changes in the landscape. The integration of thermal imaging, optical, and other specialized sensors allows these tasks to be performed day and night and in adverse weather conditions. The aircraft is capable of operating at high altitudes as well as at low flight levels, allowing the flight profile to be optimized according to the type of sensor and the nature of the mission. The platform is also designed for missions requiring the carriage of very heavy, energy-intensive, or bulky payloads. Its high payload capacity allows for the integration of complex sensor systems, radar equipment, communication repeaters, jammers, or multiple sensors simultaneously. This enables the aircraft to serve as an aerial sensor platform, communication hub, or temporary "airborne mast" to provide signal coverage in remote areas or crisis situations.

ATLAS - Another typical deployment scenario is logistics and transport missions. The aircraft allows the transport of materials, supplies, or specialized equipment between two points without the need for ground infrastructure, even in difficult-to-reach terrain. Combined with the ability to drop cargo with precision, it can deliver material to a precisely defined location on the ground, for example to support rescue services, supply isolated areas, or carry out special technical operations. Special software for precise targeting ensures high accuracy even when dropping from greater heights.

Thanks to its modular architecture and open control system, the aircraft can be easily adapted to specific operational scenarios, whether for civil, security, or industrial applications. The combination of long endurance, high payload capacity, autonomous operation, and the ability to integrate a wide range of payloads makes this platform an ideal tool for missions that exceed the capabilities of conventional unmanned vehicles.