What is AAM?

Modern aviation paved the way for substantial globalization. It's made traveling across the world easier than ever. But that doesn't mean that there isn't room for improvement.

Today, moving passengers and cargo requires airplanes to move from one transportation hub to another. The environmental impact is significant and is only one piece of the travel puzzle. After a lengthy plane ride, you must hop into a vehicle and travel even more to reach your final destination. Take Flight with Tomorrow's Transportation - Discover Advanced Air Mobility Aircraft on this Website Now!

But what if you could improve efficiency to get passengers and cargo closer to their destination where traditional airplanes can't go? With advanced air mobility aircraft, it's possible.

Advanced air mobility (AAM) is the unique air transportation system of the future.

How AAM Works

The vision of AAM is to provide a safe, efficient and more accessible alternative to modern aviation. Instead of relying solely on traditional planes, AAM uses unique technologies to reach urban and rural locations without using a runway.

Vertical take-off and landing aircraft require less space to operate, forgoing the massive infrastructure of an airport. As a result, these aircraft can travel new efficient routes to city centers, rural hubs and more.

Technology

There are many groundbreaking concepts for AAM. Some aircraft operate similarly to commercial drones. They're pilot-free, fully autonomous and use advanced technology to travel safely.

For example, geofencing can keep aircraft out of restricted areas. A combination of radio frequency transmissions and global positioning systems ensures that these aircraft don't pose a safety risk to nearby airports. Meanwhile, sensors can detect and avoid potential hazards on the flight path. Whether that's another advanced air mobility aircraft or a radio tower, the sensors can adjust their flight path automatically to avoid collisions.

Applications

There are many potential applications for AAM, and many are in use today. Smaller aircraft can move cargo and achieve time-sensitive travel. For example, hospitals can send samples to a remote lab, allowing them to get quick results for faster diagnosis.

There's also potential for moving cargo. Instead of relying on shipping trucks that pollute the environment and cause traffic congestion, carriers can use AAM aircraft to get goods directly to recipients.

AAM can also revolutionize passenger travel. With VTOL aircraft, passengers can get closer to city centers while taking more efficient routes to reduce travel time.

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