Industry

front of MIT's microaerial-vehicle, a mini drone

MIT Scientists Built Insect-Sized Drones

A Bug’s Eye-View

It’s a bird! It’s a plane! No, it’s an insect-sized drone, just two inches long!

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Storyboard in different design phase

For Urban Air Mobility, A Picture May Be Worth Billions of Words

Researchers believe presenting storyboards of different UAM scenarios will help professionals charged with launching UAM.

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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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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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A Vertical Aerospace eVTOL as it might appear in a vertiport, awaiting passengers

Who’s Investing in Urban Air Mobility: The World’s Biggest Airlines

To Date: 21 Airlines See eVTOLs in Their Future

The world’s airlines are putting down some serious money to buy the eVTOLs they imagine will carry them into the Urban Air Mobility market.

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