Involved in Uber Air project as a partner, Boeing revealed on January 22, 2019, the successful flight tests performance of its new urban air mobility vehicle. The experimental air taxi, presented by Boeing department NeXt and Aurora Flight Sciences, is fully electric and could fly distances of up to 80 km.

Boeing’s European rival Airbus has its own urban aerial transportation project. Vahana, Airbus flying taxi project, completed its maiden flight back in January 2018. The all-electric, VTOL system-based vehicle is especially interesting due to initial self-piloting design. Independent flying taxi groundworks are as well done by Intel corporation in partnership with Chinese unmanned aerial vehicle developers EHang. Since 2015 EHang small electric aircraft performed over 40 successful journeys, and is already considered a true game-changer in the industry.

One might come up with a question – what is the fundamental difference between the newly emerging aircraft and helicopters, also meant for carrying a small number of people and using similar propeller mechanisms? Most significantly, automated self-piloted drones are fully electric and are not using traditional gas-motors. Besides, they are way smaller, which makes them a whole different type of flying machines.

Automated passenger drones not only promise to make distances shorter as they are five times faster than a car, but have a potential to offer lower prices as well. The Munich-based air-taxi startup Lilium claims the fare for the aerial journey of the kind could be up to 50% cheaper than a taxi price.

What’s holding things up?

A whole set of factors is detaining the technology from entering the market. There are issues with limited battery life, which only allows flying short distances for the time being. Then come noise elimination and extremely high manufacturing price management.

Another essential thing to consider before launching unmanned aerial vehicles is organizing work with big data. Having precise geographical map of the region is at a conservative estimate one of the most significant requirements to let the system operate safely and efficiently. Beyond that, maps should always stay updated. Here, the possibilities of big data stand as one of the key factors.

Sure enough, there are also legal issues – permissions needed from governments, development of air mobility routes, and questions of air traffic control integration to ensure highest level of safety.

Some countries appear to be faster than others in making these regulation decisions. Japan’s government, for example, promised to take up the question of urban air traffic regulation. On August 24, 2018, Japan announced it is gathering 21 companies, including Boeing, Uber and Airbus to support faster development of urban flying traffic. The country is also working on a legal framework for aerial urban vehicles, which is expected to be completed within ten years.

It might sound surprising, but first self-piloting drones for personal use have already legally entered the market. In October 2018, California-based company Hoversurf delivered their drone-like hoverbikes to Dubai’s police force, who has exclusive rights to operate them. The flying bikes are already available for sale in United States, but the law enforcement approval is still awaited and may take several years.

A whole different field of aviation is just around the corner. To make new flying urban transport possible, it is not enough to invent, manufacture and test the vehicle. It also requires government permissions, additional safety checks, plus new regulations set, routes development - a whole new set of measures on municipal, governmental, structural levels. At this stage, that is yet to be masterminded by multiple agents.

This issue as well as many other aviation tech trends will be discussed during a special AIR Tech panel within AIR Convention Asia - conference, exhibition and awards, taking place in Bangkok, Thailand in May, 2019.