Preparing the industrial base for when the Army’s FLRAA tiltrotor is built at scale
The program manager for the Future Long Range Attack Aircraft breaks down what the supply chain needs to be doing now for production.
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MOSA: A Winning Strategy for FLRAA and Army Current Fleet Modernization
An open digital architecture leads to increased interoperability, affordability, upgrades and enhanced capabilities like launched effects and autonomy.
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Data overload threatens decisionmakers as autonomy expands
Reducing cognitive overload on warfighters while improving “time to trust” for autonomous systems is a matter of design.
Army plans for Black Hawk to be Future Vertical Lift testbed for launched effects and autonomy
The Army has received its first two ITEP engines, and a re-engined Black Hawk will fly in late FY25/early FY26.
FARA fallout: A ‘resurrection’ of Boeing’s A/MH-6 Little Bird for special forces
Special operators had planned for FARA to take the role of the AH-6, but the program’s cancellation “changed our equation,” a SOCOM official said.
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Military innovation and savings: Go commercial
DoD uses FAR Part 12 acquisitions to save hundreds of millions of dollars in “of a type” systems like civil landing systems with applicability to military aircraft.
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How to unlock innovation and savings for DoD: “commercial,” not COTS
Overmatch is fleeting and while traditional acquisitions can’t always keep up with new threats, a different and approved practice can.
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AI in the loop: Transforming military training and system design through smarter simulation
CAE and General Atomics use AI to enhance warfighter readiness, refine aerospace platforms, and learn from simulations.
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As threats expand, so does the Army’s FVL ecosystem of air launched effects and open systems capabilities
There are many critical connections being made across the FVL ecosystem that will also serve to modernize the current fleet.
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Survivability soars when the countermeasures are infrared and multispectral
IR countermeasures including missile-blinding lasers need to cover 360 degrees around a platform like Future Vertical Lift, because any gap is a vulnerability.
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RAIVEN: Sensing at the edge and beyond the pixel with embedded hyperspectral imaging and artificial intelligence
For Future Vertical Lift, the Army wants new and innovative technology that transforms their platforms into advanced weapons systems. One such technology is Raytheon Technologies’ revolutionary RAIVEN Turret 1000, first in a new family of EO/IR systems.
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Innovations and open systems pace FVL and the current fleet
Innovative integration approaches and open systems architecture can bring revolutionary improvements to the performance of FLRAA and FARA, as well as the current fleet.
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Faster propulsion R&D for modern airpower
As aircraft shrink, threats expand, and technology accelerates, aircraft engines must iterate along with the threats.
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Ready for today, modernizing for the future
Boeing's innovative solutions help the U.S. maintain global dominance by deterring and defeating the threats of today — for the sake of tomorrow.
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Bell’s V-280 VALOR is the standalone choice for FLRAA
To deter the threat from near-peer competitors, the Army’s air assault mission demands a revolution in capability that only a tiltrotor can provide — not just a faster helicopter.
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What do you get when you combine a light and an antenna for Future Vertical Lift?
You get higher speeds with less weight and drag. Meeting speed, range and payload targets for the Army’s two Future Vertical Lift programs can be partially accomplished with transformational integrations of systems that have never been brought together before.
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Digital technology: A centerpiece of Future Vertical Lift
The impact of digital transformation on defense technology, using model-based digital design to improve quality and efficiency of production.