ThinKom Integrates Satcom Antenna with SNC’s RAPCON-X™ for Enhanced A-ISR Programs

Key Takeaways

ThinKom’s GT 2517 antenna successfully integrated on SNC’s RAPCON-X aircraft supports advanced aerial intelligence.
RAPCON-X, using Bombardier Global 6500 as its base, enhances operations against both peer and near-peer adversaries.
The antenna’s design improves connectivity and efficiency, contributing to mission success across multiple satellite systems.

Successful Integration of Advanced Tech in Military Aircraft

ThinKom Solutions, Inc. and Sierra Nevada Corporation (SNC) have successfully integrated the ThinAir® GT 2517 phased-array satellite communication antenna system on SNC’s RAPCON-X aircraft. This integration supports SNC’s contractor-owned, contractor-operated service programs and marks a significant advancement in the capabilities of the aerial intelligence, surveillance, and reconnaissance (A-ISR) platform. The aircraft recently completed its inaugural flight, a critical achievement that sets the stage for its utilization in the U.S. Army’s Theater Level High Altitude Expeditionary Next Airborne ISR (ATHENA) project.

The RAPCON-X platform, based on the Bombardier Global 6500 jet, offers advanced, deep-sensing capabilities, ideal for multi-domain operations involving peer and near-peer adversaries. ThinKom’s GT 2517 is characterized by its high-performance, beyond-line-of-sight (BLOS) network connectivity, which is vital for effective military operations. Bill Milroy, chairman and CTO of ThinKom, emphasized the antenna’s role as the primary communications pipeline on the RAPCON-X, stating it reliably supports mission success in any environment. The open-architecture design of the aircraft allows for resilient command, control, and communication capabilities, functioning securely across both civil and military satellite constellations.

The flexibility of the RAPCON-X allows for rapid configuration and deployment, enhancing its operational range and enabling swift responses globally. The aerodynamic design of the GT 2517, with its low-profile radome, contributes to reduced in-flight drag, optimizing fuel consumption and prolonging time on station. This improvement directly enhances the aircraft’s operational envelope and survivability in various conditions, as stated by SNC’s vice president of business development, Tim Harper.

The GT 2517 antenna excels in providing seamless connectivity across networks in both geostationary and non-geostationary orbits, ensuring efficient worldwide coverage. Its integration is complemented by a U.S. military-compliant modem, facilitating real-time, reliable broadband transmission while in flight. This capability is crucial for maintaining effective operational communication and situational awareness, providing an essential advantage for the aerial platform.

In summary, the integration of ThinKom’s GT 2517 on the RAPCON-X aircraft is a significant enhancement to A-ISR capabilities, underscoring a shift toward more advanced military technology that supports comprehensive surveillance operations. This partnership illustrates a commitment to innovation in aerospace systems, reflecting a proactive approach to modern warfare needs as military organizations seek efficient and reliable solutions to meet dynamic operational requirements.

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