AAI expands fee-for-service Unmanned Aircraft Systems capabilities
AAI Corporation, an operating unit of Textron Systems, a Textron Inc. company, announced today that it is expanding its fee-for-service unmanned aircraft systems (UAS) capabilities. US Department of Defense (DoD) customers, as well as civil and scientific organizations, now can leverage contractor-owned, contractor-operated UAS services utilizing AAI's proven unmanned aircraft and ground control technologies.
"We have designed our UAS to be adaptable for our customers' evolving mission requirements," says Senior Vice President and General Manager Ellen Lord of AAI. "In just the same way, expanding our fee-for-service capabilities also enables us to be more flexible to help customers meet their growing and changing UAS needs. Based on the mission, customers can choose between our Shadow Tactical Unmanned Aircraft Systems, our Aerosonde fleet of small unmanned aircraft systems or the Orbiter miniature unmanned aircraft system."
Contractor-owned, contractor-operated UAS services allow customers to secure just the valuable data they require, even under a wide variety of operational conditions, without incurring the personnel cost or equipment, training and maintenance investment demanded by a UAS fleet. AAI's Logistics & Technical Services team includes experienced, highly skilled operators and maintainers who deliver reliable, thorough results for numerous mission requirements.
"AAI is a full-service UAS provider - from systems to total life cycle support, training and in-field services," says Vice President, Logistics & Technical Services Diane Giuliani of AAI. "Expanding our contractor-owned, contractor-operated UAS services is another way that our customers can reach out to AAI and receive a tailored, comprehensive solution."
Customers, including NASA, the US National Oceanic and Atmospheric Administration, the University of Colorado and Australia's Defense Science and Technology Organisation, have benefited from thousands of fee-for-service flight hours using AAI's fleet of Aerosonde small unmanned aircraft systems. Most recently, the University of Colorado outfitted the Aerosonde Mark 4 aircraft with specialized instruments to capture extensive data on coastal winds in Antarctica. Despite heavy winds and temperatures as low as -38 degrees Celsius, four Aerosonde aircraft logged more than 130 flight hours and flew nearly 7,000 miles during their 16 flights. These aircraft also have proved their robust design amid desert sands, Arctic chill and dangerous, hurricane-force winds.
Source: AAI
More from Uncrewed Vehicles
-
Cummings Aerospace showcases Hellhound loitering munition designed for US Army’s LASSO programme (video)
Cummings Aerospace presented its turbojet-powered Hellhound loitering munition at SOF Week 2025, offering a man-portable solution aligned with the US Army’s LASSO requirements.
-
SOF Week 2025: PDW unveils attritable FPV drone for SOF operations at scale
PDW has revealed its Attritable Multirotor First Person View drone at SOF Week 2025, offering special operations forces a low-cost, rapidly deployable platform for strike and ISR missions, inspired by battlefield lessons from Ukraine.
-
SOF Week 2025: Teledyne FLIR white paper provides guidance on reusable loitering munitions
Teledyne FLIR is highlighting the emerging requirements for 'recoverable and re-usable' loitering munitions across the contemporary operating environment during this week’s SOF Week conference in Tampa, Florida.
-
SOF Week 2025: Kraken Technology group debuts K3 Scout USV in North America
High-performance maritime industry player Kraken Technology Group, based in the UK, has used the SOF Week conference in Tampa, Florida this week to debut its K3 Scout uncrewed surface vessel (USV) to the North American market.
-
Palladyne AI and Red Cat to demonstrate capabilities for autonomous drone swarms to the US military
Red Cat and Palladyne AI recently conducted a cross-platform collaborative flight involving three diverse heterogeneous drones.
-
Jammer resistant drone designs spark search for countermeasures
The Russia-Ukraine conflict has driven another stage of evolution for drones and the counter measures to defend against them.