Unmanned Aircraft Systems
Alternative Energy Sources
Expeditionary Logistics
Manufacturing Technologies
Advanced Air Mobility
USI provides aviation services and products in support of manned and unmanned aircraft systems. Our core consultancy services assist commercial and government clients to plan and conduct the Analysis & Testing associated with the development of prototypes, engineering development models, and the IV&V process to render aircraft and aircraft systems operational.
Alternative Energy Sources
The utilization of alternative energy resources has become a focal point for the military, with a particular emphasis on harnessing the latest advancements in lithium and hydrogen battery power. This strategic shift aligns with the military's commitment to enhancing operational efficiency, reducing dependence on traditional fuel sources and their environmental impacts. USI is a leader in developing solutions to meet these demands.
Expeditionary Logistics
USI plays a crucial role in supporting Special Operations Forces Support Activity (SOFSA) and the US Army Reserve Command (USARC). Our multifaceted logistics framework capabilities encompass a wide range of services designed to enhance the operational capabilities of these critical military commands.
Manufacturing Technologies
USI possesses extensive manufacturing technology expertise in areas of applications for 3D printed and other cutting-edge manufacturing tools and processes. These technologies are developed through scientific, industrial and engineering advances to improve the efficiency, quality and productivity of military operations.
Tennessee's innovative spirit is soaring to new heights as Whisper Aero, the state's pioneering ultralight aircraft company, receives a $500,000 grant. This exciting award, through the Transportation Network Growth Opportunity (TNGO) initiative, will propel Whisper Aero's groundbreaking electric jet motor technology forward.
Partnering with Tennessee Tech University, this collaboration will see Whisper Aero's revolutionary eQ250 electric jet "propulsors" integrated into an Aériane Swift3 glider, creating an UltraQuiet flight experience unlike any other. Tennessee Tech faculty and students will play a vital role, conducting crucial ground testing at their new Crossville Mobility Incubator, ensuring seamless integration of the engines, batteries, and controllers.
Whisper Aero's game-changing WhisperDrive technology, featuring a multitude of stiff composite fan blades within an acoustically treated duct, is poised to redefine quiet flight. With each eQ250 propulsor delivering up to 80 lbs. of thrust, the current range of approximately 109 miles will be significantly extended to nearly 170 miles with the integration of the latest EPiC 2.0 energy batteries.
Let's celebrate this milestone as Whisper Aero prepares to redefine the future of flight! Learn more here: ow.ly/uaKc50W0bnb
*Photo Credit: Whisper Aero
#WhisperAero #TennesseeTech #FutureOfFlight #AviationCommunity ... See MoreSee Less
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Electra successfully tested the EL9 Ultra Short hybrid-electric aircraft, proving its blown wing design allows takeoff and landing in just 150 feet — 10% of the usual distance.
Tests with a 20% scale model of the wing show lift coefficients over 20, ensuring safe operations in small spaces. The design benefits commercial and defense sectors, offering new capabilities like connecting remote communities and enhancing logistics for military operations.
“This is a major milestone in demonstrating the EL9’s ability to take off and land in spaces never before possible for fixed-wing aircraft,” said Chris Courtin, Director of Technology Development at Electra. “Verification of the effectiveness of the optimized EL9 wing shows that the EL9 is both transformative and practical. These results give us high confidence in our ability to accurately predict the impacts of electric blown lift on the aircraft, bringing us closer to making our vision of Direct Aviation a reality.”
The US Army supported testing, and Electra is refining the EL9 based on results for a more sustainable future in air mobility. With over 2,200 pre-orders, valued over $10 billion, Electra plans test flights in 2027 and commercial service in 2029 under FAA regulations.
Learn more about this accomplishment here: ow.ly/7VZr50VWuMb.
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Piasecki Aircraft Corp. announced acquiring Kaman Air Vehicles’ Kargo UAV and related assets. The company aims to have a VTOL vehicle ready for production in 2026 and plans for FAA certification. The deal includes two UAV prototypes, with research moving to their Coatesville facility.
“We see a growing need for autonomous, expeditionary logistics solutions, not just for the U.S. military but also for a wide range of commercial operations,” Piasecki told FLYING. “Kargo UAV fits perfectly into that vision: It’s a versatile, scalable platform that complements our existing portfolio.”
PiAC, known for its history in vertical flight tech since 1943, is also advancing other projects like the ARES and the PA-890. The military interest in ARES is growing, with PiAC receiving contracts for its development. The Kargo UAV has already caught the attention of the military, with demonstrations ongoing. PiAC foresees various military and commercial applications for the UAV. The manufacturer targets a production model with specific performance metrics. The Kargo UAV’s versatility extends to sectors beyond the military. Piasecki is optimistic about its potential alongside PiAC's other projects.
Learn more here: ow.ly/HxOM50VQbtq
#PiaseckiAircraft #VTOLTechnology #AviationInnovation #DroneTechnology #UAVDevelopment #FAARegulations ... See MoreSee Less
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