Army Aviation and Transforming with a Vision

By MG Clair A. Gill

Article published on: January 1st, 2026 in the 2026 Winter Edition

Read Time: < 10 mins

The operational environment is rapidly transforming. Anti-air threats, small unmanned aircraft systems (UAS), long-range fires, island-hopping, and the tyranny of distance faced in large-scale combat have created a myriad of adaptive problems to solve. The changing threat seen in combat across the globe demands that the U.S. Army transform to meet the challenges of the future operational environment. Senior Army and Aviation Branch leaders alike are certain that business as usual is no longer acceptable. And yet, we have one Army, and it must be prepared to fight tonight while concurrently preparing for the future.

The Department of War and U.S. Army recently demonstrated a sense of collective urgency surrounding the changing landscape of modern and future conflict by releasing guidance on specific transformation efforts in what has become known as the Army Transformation Initiative, or ATI, which aligned with the Army’s continuous transformation. The Army Aviation Branch has embraced continuous transformation, finding this period of organizational evolution both necessary and valuable, specifically from a capability and readiness perspective.

Since the Army relies upon combined arms warfare, today and in the future, all members of the Combined Arms Team, or CAT, must ensure they fnd ways to best serve the needs of the greater Army. After all, we are not the Aviation Branch for the sake of simply having aviation. Instead, we are the Army’s Aviation Branch and must continuously transform to provide ground force commanders the necessary battlefield capabilities to fight and win.

As we progress into the future, Aviation Branch capabilities will transform within our formations, as equipment like MV-75, UAS, Launched Effects (LE), and Degraded Visual Environment (DVE) technology proliferate across the force. But change requires alignment of authorities, formations, resources, and most critical of all, vision. The branch vision provides a description of how Army Aviation will evolve current capability and nascent advancements in technology and training to successfully transition from exclusively human-piloted machines to teamed, autonomous dominance from the air. As such, Army Aviation’s vision is:

“Army Aviation will continue to deploy, fight, and win, providing critical land-focused air capabilities in the conduct of combined arms operations by leveraging specific technological innovations, both manned and unmanned systems, employed by Aviation Soldiers trained and developed through a purposeful Warfighter Culture” (Gill, 2025, p. 12).

DNA of Vision

Any good vision acknowledges the interest of key parties, such as the CAT and our Aviation Soldiers. The interest of the CAT remains the ability to deploy, fight, and win our nation’s wars through the provision of critical land-focused air capabilities. The key party delivering valuable air-centric expertise is always the Aviation Soldier. Bottom line, Army Aviation expects its Soldiers to leverage specific technological innovations, both manned and unmanned, in support of victory in the land domain.

The implications are clear; the traditional focus on mostly manned aviation is beginning to give way to unmanned and even autonomous technologies, a significant departure from business as usual. As we embrace this reality and its technology, it remains critical that we temper the right balance between manned and unmanned capability. The perfect mechanism to temper this period of transformation is for the entire Aviation Branch to redouble its efforts on purposeful development of personnel through a deliberate warfighter culture that contextualizes everything we do, from initial training to professional military education. And leaders at every level will be critical during this time, shepherding our branch into a powerful future. Our vision must be consistent to purposefully guide the branch through specific efforts and initiatives, focusing on People, Formations, Environment, Future Development, and an Aviation Warfghter Culture meant to take Army Aviation into a very achievable future.

A Strategy for Future Success

People: Our Soldiers remain the cornerstone of Army Aviation. In my estimation, there is no technology under the sky that surpasses the value of an Army Aviation Soldier. While the following discussion is not exhaustive, the major initiatives presented will guide how Army Aviation prepares and executes its assigned mission. As such, the changes initiated in how we train people, specifically our initial-term aviators, both enlisted and officer, will invariably reverberate throughout every specialty and formation within the branch.

Whether through training or more formalized professional military education, the Aviation Branch seeks to provide “tailored developmental experiences to all our warfighters” (Gill, 2025, p.12). All of our education efforts seek to achieve increased tactical competence across every formation, thereby better equipping Army Aviation for the realities of current and future combat. The aircrews in the aircraft comprise a very visible arm of the Aviation Branch, and every military occupational specialty (MOS), from Air Traffic Control, Flight Operations Specialist, to our newest high-speed UAS experts, the 15Xs, pours itself into the success of our fight.

The recent advent of the 15X Tactical UAS Specialist was born out of the divestment of the Shadow. Two MOSs, the 15W operator and 15E maintainer, were merged into a single MOS to exist as a technically proficient Soldier who can repair, modify, and operate Group 1 through 3 UASs. These new UAS specialists were first born out of a Mobile Advance Readiness Team proof of concept that was assembled and deployed to the 25th Infantry Division in August 2025. The Aviation Center of Excellence now stands ready to begin the 15X Advanced Individual Training course in January 2026 at Fort Huachuca, Arizona, while simultaneously running a train-the-trainer program to begin MOS conversion for the over 2,100 UAS Soldiers currently in units across the Army. These Soldiers will be closer to the front lines than in years past and at the leading edge of the changing character of modern warfare.

Army Aviation is also pursuing deliberate change in the education and training of initial-term rated aviators through a program called Flight School Next. The push to revise our initial fight training is based upon an assessment of the current and future operational environment, rigorous studies into our training models, and other metrics. Flight School Next aims to deliver a more robust initial education and fight training experience, substantially increasing course fight time, all while emphasizing fundamental pilot-age skills. The focus is on returning our students to a simpler initial training aircraft to master basic flying skills before progressing to more advanced aircraft system management.

The other critical people-centric program undergoing transformation is the course responsible for training our Instructor Pilots, or IPs. The new IP course at Fort Rucker is referred to as the Aviation Tactics Instructor Course, or ATIC. The ATIC is oriented toward the development of platoon-level IPs who will be capable of training more tactically focused aviators. The course aims to create leaders and trainers who are proficient in developing their platoons to better operate as a part of a joint force and CAT (Gill, 2025). This is accomplished by changing the primary focus of future IPs from traffic patterns (still important) to more tactics-oriented training. Our future IPs must be capable of providing individual and collective training.

Formations: The ATI is more than an effort to transform the Army’s equipment; it is also an effort to prioritize organizational modernization. If our Army is to be the most lethal in the world, then our organizations must be agile, trained, and most important of all, ready for the unique challenges of the future fight. As a vital member of the CAT, the Aviation Branch was identified to make necessary sacrifices to ensure future readiness. Some have lamented our ongoing aircraft divestment, including the RQ-7, AH-64D, and UH-60L. However, removing older equipment allows for eventual efficiencies to be realized in logistics and production lines, benefiting both the Army and industry, while simultaneously focusing investing in increasingly lethal systems more relevant for the next generation.

Transformation is difficult; however, stagnation is far worse and that is especially true when lives are on the line. Because of transformation, Army Aviation will become more lethal and agile by leveraging the growing technology and capability of unmanned aircraft and LE. The challenging part of transformation is that we only have one Army, and we must balance current and future needs with other activities simultaneously. I fully recognize this burden we have put on our commanders in the field, but I am very confident in their ability to manage and lead through this period.

Army Aviation’s continuous transformation and optimization of organizational footprints are occurring through deliberate, risk-informed Force Design Updates. The intent is to harvest the very best of our talent and enduring feet, while tailoring our force structure to better support multidomain operations. Purposeful planning and implementation of these updates are meant to allow the Army to remain ready to fight tonight, while preparing organizations to employ future concepts and capabilities, such as MV-75 and a variety of other autonomous systems/behaviors. Transformation today is the only way for our Army and Aviation Branch to deliver success in the future.

Environment: It is true that our formations need to be organized correctly, and our personnel trained to their top potential for Army Aviation to be successful in combat. However, we can never forget the importance of where our missions occur, the operational environment. “The Army Aviation operating environment – the upper tier of the land domain – is becoming very congested” (Gill, 2025, p. 14). After all, nearly every unit in the Army, including standard ground units, have unmanned assets as part of their day-to-day battle kit. Unmanned vehicles are ubiquitous, and nearly every branch is looking to employ these airborne assets.

While more teammates will be joining Army Aviation in the upper tier of the land domain, it will be our branch that leads the Army in airspace management and control, setting conditions for co-use by our joint and multi-national partners (Gill, 2025). We will operate in the upper tier of the land domain, alongside many of our CATs, but we will do it as capability integrators within the environment.

Leading in airspace is vital, but just as important might be how our advanced technology is quickly gaining dominance over environmental and weather-based visibility restrictions. These variables in the Aviation Branch operating environment were once a hinderance to go/no-go fight decisions. In fact, most senior aviators cringe at the thought of canceling a mission, especially because of limited visibility from obscurations. However, like our domination of the night, Army Aviation is approaching the ability to overcome DVEs, thereby allowing us to fight in weather conditions that once limited our collective application. Mission cancelations will reduce and so should risks of aircraft accidents due to visibility challenges, as our formations will once again seize definitive advantages in freedom of maneuver on the battlefield (Gill, 2025).

Aviation Warfighter Culture: As we train our next generation of Soldiers for the growing complexities of current and future warfare, it is vital their development include focused discussion and rigorous training designed to grow the character traits of an Aviation Warfighter. The branch is focused on cultivating an Aviation Warfighter Culture that highlights its professional identity as “committed, disciplined, hardened, technical and tactical experts who operate complex equipment, defying gravity, while managing and mitigating risk” (Gill, 2025, p. 14). Army Aviation Soldiers remain steadfast members of the Profession of Arms, the very same profession shared by those in movement and maneuver, fires, and other key warfighting functions. Just like those other Army professionals, the Soldiers of Army Aviation seek to contribute to decisive victory in support of the ground force commander through the application of technical expertise. Our Soldiers, now more than ever, must harden their constitutions and governing sense of professionalism to meet the intensity of potential future large-scale combat. Our profession is war, our tools are weapons of the sky, and we will deliver success to those that depend upon us most, our fellow Soldiers.

Future Development: The future is bright for Army Aviation, and unmanned systems, LE, and various autonomous capabilities imply that our forces will possess unparalleled situational awareness and battlefield competencies. Our formations are being shaped today to be prepared to maximize the full benefits of Human-Machine Integration. As our formations become leaner and more agile, our capabilities will be enhanced and multiplied through technological advancements like the MV-75, UAS, and LE.

The MV-75 promises to provide power projection from relative sanctuary with increased range, speed, endurance, mobility, and sustainability. The MV-75 is sure to enhance freedom of maneuver for our ground forces, and recent actions by Army Senior Leaders have accelerated the delivery of this capability.

Complementing Army Aviation’s enduring fleet, both now and in the future, will be the continuously evolving family of UAS and LE. These resources, whether attritable or recoverable in nature, will help our forces detect, identify, locate, and report on the enemy. These assets will be able to leverage both lethal and non-lethal effects on the battlefield in support of reconnaissance, security, and attack during the penetration, disintegration, and exploitation of enemy anti-access/area denial systems in close and deep maneuver areas.

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