Advanced Air Mobility

Transportation is evolving—and Utah is preparing for what comes next.

A New Era of Aviation 

Advanced Air Mobility (AAM) is an innovative concept designed to improve air transportation through the use of electric vertical takeoff and landing (eVTOL) aircraft. AAM incorporates cutting-edge aviation technologies that promise to transform transportation by offering more efficient, safer, and cost-effective methods for moving both people and goods.

Led by UDOTs Division of Aeronautics (DOA), and working closely with public, private, and academic partners to develop, test, and deploy the technology needed to safely fly and operate this new means of aviation. As Utah continues to grow, AAM can help connect communities, strengthen the economy, and support faster emergency response—while reducing congestion and improving mobility across the state.

AAM will not replace existing transportation systems. Instead, it adds new options that complement roads, rail, and traditional aviation, helping Utah move people and goods more safely, sustainably, and reliably. As Utah continues to grow, Advanced Air Mobility can help connect communities, strengthen the economy, and support faster emergency response while improving regional mobility across the state.

What is Advanced Air Mobility?

Advanced Air Mobility refers to a new class of aircraft—including electric vertical takeoff and landing (eVTOL) vehicles—designed to travel shorter distances using electric or hybrid-electric propulsion systems.

These aircraft can take off and land vertically like helicopters but operate more quietly and efficiently. They are designed to integrate into existing aviation systems while supporting new types of transportation services.

AAM technologies are already being tested across the United States, and Utah is preparing now to ensure these innovations are implemented safely, responsibly, and in ways that benefit communities statewide

Learn How AAM Works
BETA Technologies' electric aircraft ALIA flying over a snowy range of mountains.
A stunning panoramic view of Zion National Park features towering red sandstone mountains under a clear, vibrant blue sky. The prominent peaks, bathed in the warm light of what appears to be late afternoon, exhibit vertical striations and sharp angles. In the foreground, a verdant landscape of green trees and shrubs forms a lush contrast to the arid mountains. The lower slopes of the mountains are covered in reddish-brown brush, leading up to the more dramatic rock faces.

Air Mobility in Action

AAM technologies are already being tested across the United States, and Utah is preparing now to ensure these innovations are implemented safely, responsibly, and in ways that benefit communities statewide.

See how AAM can be used
A large, light-colored sandstone mountain dominates the frame under a dramatic blue sky with wispy clouds. The mountain's face is a mix of off-white and light tan, marked by horizontal striations and dotted with small green trees and shrubs. The base of the mountain is a darker reddish-orange, suggesting a different rock layer or soil. To the left, another, darker mountain peak is partially visible. The overall impression is one of grandeur and rugged natural beauty.

Why Utah?

Utah is uniquely positioned to lead in Advanced Air Mobility. The state’s rapidly growing population, strong aerospace industry, and unique geography create opportunities for innovative transportation solutions. 

Utah's Approach
A natural arch of reddish-orange rock frames a paved road in a winter landscape. The arch is carved into a large rock formation that spans the width of the road, creating a tunnel-like passage. Patches of snow are visible on the ground to the left of the road and further up the snow-covered slopes on either side of the arch. Pine trees, some dusted with snow, are scattered across the landscape. The sky above is a mix of blue and white clouds, suggesting a partly cloudy winter day. The road has a double yellow line marking the center.

UDOT's Role

UDOT plays an important coordinating role in preparing the state for AAM by working with federal partners, local governments, industry leaders, and the community to help ensure that AAM can be introduced safely and effectively.

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