DEFENCE AND GOVERNMENT PROGRAMS
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Orhont Magnetics actively develops advanced propulsion and electromechanical technologies through government-funded research and development programs. Our work focuses on innovative electric machines, integrated propulsion systems, power electronics, thermal management technologies, and advanced energy solutions for defense and aerospace applications.
Through competitive Small Business Innovation Research (SBIR) and Small Business Technology Transfer (STTR) programs, Orhont collaborates with government agencies, research institutions, and industry partners to mature novel technologies from concept through prototype demonstration.
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Current Programs:
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U.S. Navy SBIR Phase II
Advanced Electric Propulsion Technologies
Orhont is currently executing a Phase II SBIR program focused on the development, modeling, manufacturing, and experimental validation of advanced electric machine technologies for next-generation naval applications. The effort includes the design and testing of both conventional and novel motor architectures, integrated power electronics, and propulsion system technologies.
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NASA STTR and SBIR Pursuits
Orhont actively pursues NASA research opportunities in Electrified Aircraft Propulsion (EAP), advanced electric machines, thermal management, and integrated aerospace power systems. These efforts support future sustainable aviation technologies and next-generation electric propulsion architectures.
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Core Research Areas:
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Advanced electric machine architectures
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Electrified aircraft propulsion systems
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Integrated electric powerplants
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Power electronics and motor drives
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Thermal management technologies
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High-efficiency propulsion systems
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Energy storage integration
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Electromagnetic system modeling and simulation
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Collaboration Opportunities:
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Orhont welcomes collaboration opportunities with:
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Department of Defense organizations
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NASA centers
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Prime contractors
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Research institutions
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Universities
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Commercial technology partners
Our team supports technology development from concept generation and analytical modeling through prototype development, testing, and system-level validation.


