Textron Systems has integrated a new low-cost, Low Earth Orbit beyond-line-of-sight transceiver into the Aerosonde Uncrewed Aircraft System (UAS) platform to expand its command and control offerings.
The integration of this low size, weight, and power (SWaP) technology marks a significant step toward enabling Proliferated Low Earth Orbit (pLEO) SATCOM capabilities. This advancement is designed to redefine how uncrewed aircraft systems operate in high-threat environments by enhancing mission flexibility and connectivity. Furthermore, the integration establishes the framework for the future incorporation of Starshield’s Department of Defense pLEO solution.
By operationalizing pLEO technology, the Aerosonde UAS can overcome traditional Line of Sight and datalink limitations. This expansion allows for new mission opportunities, including long-range Intelligence, Surveillance, and Reconnaissance (ISR) and distributed operations. Notably, these capabilities are achieved without a dependence on high-SWAP GEO SATCOM systems, which are often cost-prohibitive and can limit MULTINT options in small group three UAS.
The technology provides the U.S. military with enhanced protection and precision by enabling distributed mission control from Tactical Operations Centers. This shift requires fewer personnel to be placed in harm’s way. Additionally, faster and more secure data sharing is intended to improve situational awareness, shorten decision cycles, and ensure coordinated responses on the battlefield.
The physical footprint of the system has also been improved; the new integration makes the Aerosonde smaller, lighter, and easier to deploy. The associated Ground Control Station has been streamlined to allow for greater agility and efficiency during operations. The system also supports enhanced cybersecurity measures to ensure resilient and protected data exchanges. Textron Systems continues to develop these technologies to ensure operators remain agile and informed while staying out of harm’s way.
