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Swift Engineering Secures Phase II NASA SBIR Award for SULE UAS Platform

Swift Engineering Advances SULE UAS Platform with Phase II NASA SBIR Award
Swift Engineering has secured a Phase II Small Business Innovation Research (SBIR) contract from NASA to further develop its Swift Ultra Long Endurance (SULE) high-altitude platform system (HAPS). This funding will support the continued advancement of the SULE unmanned aerial system (UAS), enabling extended stratospheric operations through enhanced flight demonstrations and the integration of innovative instruments.
NASA SBIR Program and Strategic Importance of HAPS
The NASA SBIR program is designed to stimulate innovation within small businesses by facilitating the development and commercialization of technologies aligned with NASA’s mission objectives. Hamed Khalkhali, President of Swift Engineering, emphasized the critical role of the program in fostering technological breakthroughs. He noted, “The resources and support of the NASA SBIR program are vital to driving technology innovations that are critical in addressing multiple challenges and opportunities.” Swift Engineering’s ongoing participation in the program reflects its commitment to delivering high-performance, cost-effective aerospace solutions.
High-altitude platform systems, including balloons and drones, have become increasingly valuable to NASA for their ability to provide persistent, high-altitude data collection. These platforms play a crucial role in Earth observation, ecological monitoring, climate research, and emergency management by offering sustained coverage from the stratosphere.
Progress and Challenges in Developing the SULE Platform
Swift Engineering is actively engaged in the design, fabrication, and flight testing of the SULE UAS, which aims to achieve a 30-day endurance capability. This extended operational duration is expected to reduce costs significantly while enhancing data availability for defense and industrial applications. A notable milestone was achieved late last year when the SULE platform reached an altitude of 55,904 feet Mean Sea Level (MSL) during a 24-hour flight, demonstrating its high-altitude performance potential.
The company’s history with the SBIR program includes previous Phase I funding for the SULE platform, as well as awards for a diverse portfolio of technologies. These include a low-cost hydrophone and CTD sensor, a heavy-lift long-endurance UAS, wireless water monitoring systems, IoT-enabled buoy sensors, modular payload high-altitude long-endurance (HALE) UAS for scientific missions, and expendable long-endurance drones for military applications.
Despite this progress, Swift Engineering faces challenges typical of the advanced aerospace sector. These include the integration of emerging technologies, compliance with complex regulatory frameworks, and maintaining competitiveness in a rapidly evolving market. The Phase II award has attracted increased investor interest in Swift’s innovative UAS solutions but has also intensified competition. Industry leaders such as Airbus Helicopters with its Flexrotor and SpaceX have recently secured significant contracts, while initiatives from the U.S. Space Force and DARPA’s Evade Project highlight the dynamic and competitive environment in high-altitude and space-based technologies.
As Swift Engineering continues to develop the SULE platform, the company remains focused on delivering innovative, cost-effective solutions that meet both current and future demands in aerospace and Earth observation.

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