In modern warfare, data transmission range is not merely a technical specification; it is a critical factor for operational superiority. Ukrainian defense-tech company Skyeton has made a significant leap in the evolution of reconnaissance systems by integrating satellite communications (SATCOM) into its flagship ACS-3 Raybird UAV.
This upgrade fundamentally changes the approach to ISTAR (Intelligence, Surveillance, Target Acquisition, and Reconnaissance) missions. Traditional ground communication stations have physical range limitations. SATCOM integration eliminates this barrier: Raybird operators can now maintain a stable, real-time video stream at significantly greater distances, executing deep reconnaissance tasks well beyond the coverage of standard systems.
Architectural Flexibility and Combat Testing
A key feature of the modernized complex is its architectural flexibility. The Raybird is not tied to a single provider: the system is compatible with solutions from various satellite communication operators. This allows military units to select the optimal data transmission channel depending on specific tactical conditions.
The first complex equipped with a satellite communication module was delivered to the Ukrainian Defense Forces in 2025. Since then, Skyeton has continued to scale the deployment of these upgraded UAVs directly in the combat zone. The equipment has been tested not at proving grounds, but on the actual frontlines.
Roman Knyazhenko, CEO of Skyeton, emphasizes the practical value of the implemented technology:
“We tested the satellite communication not in laboratory conditions, but in actual combat missions. Over the past year, we have gathered detailed feedback directly from military operators. This experience allowed us to refine the integration of the new communication type and ensure its stable operation under electronic warfare conditions and during prolonged missions”.
Hardware Capabilities
The Raybird’s hardware base maintains its cutting-edge edge. The serial version of the UAV, powered by an internal combustion engine, is capable of continuous flight for over 28 hours. The platform is adapted for a wide range of interchangeable payloads, including:
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Gyro-stabilized multi-sensor cameras
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Synthetic aperture radars (SAR)
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Radio frequency locators
Furthermore, the manufacturer offers a version of the drone featuring an eco-friendly electric motor powered by hydrogen fuel.
The modernization of the Raybird complex demonstrates the Ukrainian defense industry’s ability not only to adapt to battlefield challenges but also to create high-tech solutions that set new standards in global aerial reconnaissance.
Source: Militarnyi.com