Archer Aviation CEO talks electric air taxi infrastructure

Archer Aviation CEO talks electric air taxi infrastructure

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Archer Aviation (ACHR) announced two recent partnerships: one with NASA to study battery cells for space flight use, and the other with Atlantic Aviation to build out infrastructure for eVTOL (electric vertical take-off and landing) aircrafts.

Archer Aviation CEO Adam Goldstein joins Yahoo Finance Live to discuss the timeline for eVTOL infrastructure and the commercial availability for these aircrafts.

"The category of electrical vertical take-off and landing aircraft to be used as air taxis has the potential to be absolutely huge," Goldstein says. "The reason is that these vehicles can be used across so many applications. These vehicles can travel up to 100 miles, they can carry a pilot plus four passengers or an equivalent of a thousand pounds of payload, and that just enables a lot of different use cases.

For more expert insight and the latest market action, click here to watch this full episode of Yahoo Finance Live.

Editor's note: This article was written by Luke Carberry Mogan.

Video Transcript

[AUDIO LOGO]

- Well, Archer Aviation is flying high this morning. With shares of more than 3% there after announcing their latest partnership with NASA. One that will focus on studying battery cells and use cases for spaceflight. This comes on the heels of another partnership Archer announced with Atlantic Aviation to build out more infrastructure to support eVTOL operations.

Let's bring in Adam Goldstein, Archer Aviation CEO, to discuss more. And Adam, we should mention, by the way, for those who are not familiar, eVTOLs, Electric Vertical Takeoff and Landing Aircrafts. Talk to me about this partnership with NASA. What does it ultimately mean in your efforts to expand adoption of eVTOLs?

ADAM GOLDSTEIN: Well, this is a really exciting partnership because NASA was actually where eVTOL technology was created. NASA was one of the first groups to figure out how to fly an airplane using multiple electric motors. So that's why this is really such a special partnership.

But specifically, we're going to be working with NASA on applications that will help really show and validate the extreme safety that these vehicles have. We're starting with battery cells, where we will work together to validate the safety of the cells and really show the world the performance that these can have.

But it's also really exciting because there's lessons that can be learned here and may even get potentially used in space.

- So Adam, with that in mind then, what does the investor appetite look like for this technology? And especially as it's positioned against other climate tech.