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Uber’s Flying Taxis Could Hit the Skies as Soon as 2020

Uber
Uber

In October 2016, Uber released an outline of the company's plan to have flying taxis ferrying passengers through the skies within a decade. Six months later, at the Uber Elevate Summit in Dallas, Texas held in last month, chief product officer Jeff Holden revealed that the project could be taking off even sooner than that. As Reuters reports, the ride-hailing service hopes to have its vehicles in the air over Dubai and the Dallas-Fort Worth area by 2020.

The vertical takeoff and landing aircrafts (VTOLs) will be able to discreetly travel between rooftop landing pads around the cities. They’ll run on electricity, making them clean, quiet, and cheap. Uber expects fares to start at $1.32 per passenger mile, which falls between the prices for an Uber X ($0.85 per mile) and an Uber XL ($1.35 per mile) in Dallas-Fort Worth.

The company's plan is to eventually make using the service less expensive than owning a car. It also promises to be convenient: According to Uber’s estimates, a two-hour car trip from San Francisco’s Marina to downtown San Jose would take 15 minutes by VTOL. The taxis will be flown by certified human pilots at first, but Uber hopes to eventually replace those pilots with autonomous flying technology.

Construction on the VTOL landing hubs will begin in Dallas in 2018. The company is also working with Dubai to get the craft airborne in time for the city’s World Expo in 2020. If everything goes according to plan, the taxis should be giving commercial rides by 2023.

[h/t Reuters]

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Live Smarter
This AI Tool Will Help You Write a Winning Resume
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iStock

For job seekers, crafting that perfect resume can be an exercise in frustration. Should you try to be a little conversational? Is your list of past jobs too long? Are there keywords that employers embrace—or resist? Like most human-based tasks, it could probably benefit from a little AI consultation.

Fast Company reports that a new start-up called Leap is prepared to offer exactly that. The project—started by two former Google engineers—promises to provide both potential minions and their bosses better ways to communicate and match job needs to skills. Upload a resume and Leap will begin to make suggestions (via highlighted boxes) on where to snip text, where to emphasize specific skills, and roughly 100 other ways to create a resume that stands out from the pile.

If Leap stopped there, it would be a valuable addition to a professional's toolbox. But the company is taking it a step further, offering to distribute the resume to employers who are looking for the skills and traits specific to that individual. They'll even elaborate on why that person is a good fit for the position being solicited. If the company hires their endorsee, they'll take a recruiter's cut of their first year's wages. (It's free to job seekers.)

Although the service is new, Leap says it's had a 70 percent success rate landing its users an interview. The rest is up to you.

[h/t Fast Company]

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NASA/JPL, YouTube
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Space
Watch NASA Test Its New Supersonic Parachute at 1300 Miles Per Hour
NASA/JPL, YouTube
NASA/JPL, YouTube

NASA’s latest Mars rover is headed for the Red Planet in 2020, and the space agency is working hard to make sure its $2.1 billion project will land safely. When the Mars 2020 rover enters the Martian atmosphere, it’ll be assisted by a brand-new, advanced parachute system that’s a joy to watch in action, as a new video of its first test flight shows.

Spotted by Gizmodo, the video was taken in early October at NASA’s Wallops Flight Facility in Virginia. Narrated by the technical lead from the test flight, the Jet Propulsion Laboratory’s Ian Clark, the two-and-a-half-minute video shows the 30-mile-high launch of a rocket carrying the new, supersonic parachute.

The 100-pound, Kevlar-based parachute unfurls at almost 100 miles an hour, and when it is entirely deployed, it’s moving at almost 1300 miles an hour—1.8 times the speed of sound. To be able to slow the spacecraft down as it enters the Martian atmosphere, the parachute generates almost 35,000 pounds of drag force.

For those of us watching at home, the video is just eye candy. But NASA researchers use it to monitor how the fabric moves, how the parachute unfurls and inflates, and how uniform the motion is, checking to see that everything is in order. The test flight ends with the payload crashing into the ocean, but it won’t be the last time the parachute takes flight in the coming months. More test flights are scheduled to ensure that everything is ready for liftoff in 2020.

[h/t Gizmodo]

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