Research

Lithium battery getting a charge.

For AAM, Vertical May Not Just Be for Take Off, It Could Be Good for Electrode Alignment Too

Vertically Aligned Electrodes May Improve Battery Charging Times by 500%

Vertically aligned electrodes may improve battery charging times by 500 percent.

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An imagined rendering of a tandem wing eVTOL flying in sky

Are Two Wings Better Than None for an eVTOL?

If You Want to Go the Distance, the Answer May Be ‘Yes.’

Researchers believe a tandem-wing eVTOL could enable travel between central European cities.

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sketch of the infrastructure needed for eVTOLs

eVTOLs Gone in the Wind?

Headwinds, Tailwinds, and Crosswinds Key Concerns for Uncrewed Aerial Vehicles

More than half of weather-related aviation accidents are caused by wind. Research into how wind impacts eVTOLs is being addressed.

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Diagram of a rapid, multidirectional scanning for UAVs

Let There Be LiDAR Onboard Your UAVs

It’s a Million Times Faster Than Radar

Researchers are studying how Light Detecting and Ranging (LiDAR) systems might be used to help keep uncrewed aerial vehicles (UAVs) safe.

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Entrance of Stanford University.

How Far, How Long, Will Your Batteries Let Your eVTOL Fly?

In aviation, time is money. This is also true in UAM.

They say time is money. Perhaps nowhere is the consumer-operator more conscious of time than in aviation. Travelers worry if their flight is on-time. If departure is delayed, they worry they’ll be able to connect from one flight to another. Flight operators fret over aircraft availability, regulations dictating crew time for safe operations, and myriad…

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exterior photo of The Technical University of Catalonia, Spain

16 Top Concerns About Urban Air Mobility

If Drones Are to Fulfill Their Many Promises, Some Concerns Need to Be Addressed First

Researchers are discovering the top issues people need addressed before they are more comfortable with urban air mobility.

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