Unmanned systems developers Gremsy and ElevonX have signed a Memorandum of Understanding (MOU) at Eurosatory 2026 to cooperate on the development of integrated Unmanned Aerial Vehicle (UAV) solutions.
The agreement establishes a framework for closer collaboration between the two companies in developing systems tailored for public safety, critical infrastructure monitoring, maritime operations, environmental observation, and other professional aerial applications. The official signing occurred at the Gremsy exhibition booth in Hall 4, Booth F225.
A key focus of the collaboration is the integration of Gremsy’s ORUS L spherical camera payload with ElevonX’s Tango VTOL platform. Combining long-endurance flight performance with advanced EO/IR imaging capabilities, the integrated solution is designed to support organizations that require reliable aerial intelligence and high-quality data collection across large operational areas.
Through this partnership, both companies will work together to explore new opportunities for system integration, joint demonstrations, and market development initiatives across Europe and other international markets.
Jay Huynh, Chief Commercial Officer of Gremsy, stated, “The combination of ORUS L and Tango VTOL demonstrates how advanced payload technology and capable UAV platforms can work together to deliver meaningful operational value. We are excited to strengthen our relationship with ElevonX and explore new opportunities to support customers requiring dependable aerial imaging solutions.”
The integrated ORUS L and Tango VTOL solution is designed to provide operators with high-quality visual and thermal intelligence, supporting applications such as maritime monitoring, infrastructure inspection, environmental assessment, long-range observation, and other missions where reliable aerial data is essential.
Visitors attending Eurosatory 2026 are invited to meet both teams and learn more about the collaboration, the ORUS L integration program, and future opportunities for joint projects and deployments.
