Uber Elevate - The Future Of Urban Mobility

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The Uber Elevate team is working toward transforming the world through aerial ridesharing at scale. Imagine soaring above congested ground traffic. With Uber Air, this future is closer than you think.
Uber is developing shared air transportation—planned for 2023—between suburbs and cities, and ultimately within cities. We’re working with our Elevate Network partners to launch fleets of small, electric VTOL (Vertical TakeOff and Landing) aircraft in Dallas, Los Angeles, and a to-be-announced international market.

 Take a Look at The Video by Uber Air -

Uber Air Launch Markets

Over the next few years, Uber will continue to work closely with city and country stakeholders to create an aerial ridesharing network that’s intended to be safe, quiet, and environmentally conscious, and to support other transportation options.
Recently announced, Melbourne joins Dallas and Los Angeles in becoming the first cities to offer Uber Air flights, with the goal of beginning demonstrator flights in 2020 and commercial operations in 2023.

Watch The Genesis Video -

Uber Elevate Whitepaper 

In October 2016, the Uber Elevate founding team published a comprehensive, first-principles analysis that breaks down the critical barriers to launching a scaled, aerial ridesharing product on Uber’s platform.
The whitepaper brought together the efforts of many to help catalyze what is now a vibrant industry and ecosystem of engineers, investors, policymakers, and scientists who are actively building this future.
Download Info about The Whitepaper

How much Uber Elevate Service will Cost ?

Initially, UberAIR will cost $5.73 per passenger mile. In the near-term, Uber says it will get the cost down to $1.86 per passenger mile before ideally getting to $0.44 per passenger mile.

SkyPorts

A network of distributed Skyports is being planned to enable Uber Air operations. At scale, Skyports require all-new designs to handle an unprecedented number of takeoffs and landings. The top names in architecture, design, and engineering are devising solutions capable of handling up to 1,000 landings per hour, even within footprints as dense as an acre or 2.

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