EHang’s Founder Hu Huazhi talks about the company’s rapid rise to Global Air Taxi News
It’s been a busy year for Chinese AAV developer EHang, but one that is already proving to be incredibly exciting for the company.
Despite Covid-19 grounding the world to a halt, the Guangzhou-based firm has been pushing on with its business and has made some significant announcements. In February, it demonstrated the ability of its AAVs during China’s outbreak — by transporting urgent medical supplies and personnel between hospitals.
In April, it announced exciting plans to construct the world’s first E‑port, with the aim of it being complete and fully operational by the end of the year. And more recently, it obtained the world’s first commercial pilot operation approval from the Civil Aviation Administration of China (CAAC), to use its passenger-grade 216 AAVs for air logistics purposes.
So with that in mind, Global Air Taxi News spoke to EHang’s Founder, Chairman and CEO, Hu Huazhi, to get an insight into how the company began and where he thinks EHang will have the most impact in the urban air mobility market.
Mr Huazhi majored in computer science and worked in IT before he founded EHang, mainly providing the command-and-dispatch-system for the Beijing Olympics, Shanghai World Expo and Guangzhou Asian Games.
GATN: Can you tell us a bit more about your career background and the idea behind setting up EHang?
Hu Huazhi: As an avid recreational pilot of helicopters and fixed-wing aircraft, I saw airplane accidents claim the lives of two of my close friends and was inspired to design a safer way to fly. In 2014, I founded EHang together with my teammates and expanded on the initial safety design to develop a fully autonomous flight system.
EHang unveiled the world’s first autonomous serial vehicle (AAV), the EHang 184 at CES in 2016 and so far have upgraded it into EHang 216, a two-seater passenger-grade AAV with 16 propellers.
What are the company’s main goals and ambitions in the market?
Our mission is to make safe, autonomous, and eco-friendly air mobility accessible to everyone. We position ourselves as a solution provider instead of just a manufacturer, providing hardware, software, infrastructures, services, etc, to built up a urban air mobility ecosystem.
As the first listed company of the UAM industry, we will continue to explore the boundaries of the sky to make flying technologies benefit our life in smart cities.
What can you tell us about EHang’s AAV model and how would it work in a commercial operation?
With high-speed communication network, every EHang AAV is connected to EHang command-and-control-centre, which provides the five core functions of monitoring, dispatching, controlling, pre-warning and recording the networked AAVs. Passengers only need to select the destination on the on-board tablet, and then EHang AAV will perform the predetermined flight path autonomously.
EHang brings urban mobility to the sky with the world’s leading urban air mobility platform, which includes full-service operations support for AAV customers including training, maintenance, command-and-control center set-up, and flight monitoring.

As of 24th March, 2020, our passenger-grade AAVs have completed a great amount of trial or demo flights in six countries in the USA, Europe and Asia, and we have entered into strategic partnership with 4 city governments to initiate UAM pilot programme in China, Austria and Spain.
We look forward to building more partnerships with other businesses, city governments, regulators and investors globally to achieve this strategic goal and benefiting together from fast growing demands for UAM globally.
As we progress, we have applied our EHang AAVs in various use cases including as aerial sightseeing, emergency rescue and medical aid etc.
Recently, we participated in a flood emergency response exercise recently organized by the local government in Shaoguan, China and fully demonstrated the efficiency, automation, and centralized management of our AAV technology in an emergency application by exercising large-scale and centralized AAV operations.

What are the advantages when using passenger-grade AAVs instead of ground transportation?
As we all know, urban congestion and pollution have become a headache for most metropolis around the world as there are more and more people and private cars. As the ground traffic is coming to its max capacity, the full potential of the air above us remains unexplored and it explains the promising future of eco-friendly personal air travel serving as a really feasible application scenario of urban air mobility.
We seek cost-efficient solutions for many of the challenges of urban life through its AAV platform. AAVs can shorten travel time, lessen pollution, expedite emergency services, increase convenience, and save individuals and businesses time and money.
How soon could we see these types of AAVs in the sky as a new method of transportation?
I believe it will become a reality in the near future. On 5th December, 2019, our EHang passenger-grade AAVs performed simultaneous flight in the downtown area and central business district of Guangzhou, marking a major milestone as EHang prepares for the launch of commercial operations of our autonomous flying taxis.
The pilot program enables us to test more flight routes and E‑port before moving into passenger-grade commercial operations. Recently, we joins hands with LN Holdings, a Shenzhen-listed tourism platform company, to build the world’s first “UAM” theme hotel and eight journalists took rides on EHang 216 for aerial trips over LN Garden Hotel.

We believe that this collaboration will not only broaden the use cases for AAVs, but will also expand the partnerships in the existing ecosystem and make urban air mobility a powerful reality soon.
We’ve seen how effective AAVs are in the fight against Covid-19 and in emergency rescue missions. Have any companies shown any interest in purchasing your AAVs and if so, are you able to disclose any names and how many they have ordered?
During the outbreak of COVID-19, we also applied our AAV technology in medical emergency transport uses to combat the Covid-19 outbreak in China. Our AAVs not only help do air inspection and broadcast virus prevent messages but also transport medical supplies and personnel in emergency situations.
Successful flights have demonstrated EHang’s capabilities in delivering safe and high quality AAVs to meet mission-critical demands in real life. We did receive some purchase intentions of our AAVs yet we are unable to disclose any messages about our potential clients.
The news about EHang building the world’s first E‑port this year is very exciting. What impact do you think it will have on the rest of the world, and are you able to tell us when construction is likely to begin?
The E‑port will accelerate the commercialization of EHang AAVs in the tourism industry. The city of Hezhou is a pioneer in air tourism, and this project will make it model for air tourism innovation around the world. The E‑port is planned to be completed and operational by around the end of 2020.
Does EHang plan to build and open more E‑ports in future? If so, do you have an idea of locations?
EHang welcome more partners to join us and embrace the opportunity to a provide safe, autonomous, and green approach to travel and sightseeing.
What excites you the most about the urban air mobility industry and why?
I think it should be the infinite possibilities of the UAM industry. According to a research released by the United Nations in 2018, by 2050, 68 per cent of the world’s population will reside in urban areas, up from 55 per cent as of today.
This increasing urbanisation brings traditional two-dimension land based transportation networks to their limits. Urban air mobility will add a new dimension by using the empty low-attitude airspace over large urban areas and provides therefore a large future business potential.
And EHang have concrete research to support the development of our core business as well. On 15th January, 2020, we published our first white paper on the future of transportation and Urban Air Mobility and research shows that a straight-line trip on an AAV could be cheaper for the user than a current New York City taxi ride covering the same distance, all while still being profitable to the operator.
How do you think the urban air mobility industry will change the way people transport between cities?
UAM is a critical component to the general “smart city” concept, which aims to improve overall transportation experiences in speed, convenience and efficiency. It improves travel efficiency not only through its higher cruise speed compared to cars, but also by using shorter, more direct routes that do not get congested.
Furthermore, a shared economy of AAVs means higher asset utilisation and eliminates the need to find parking. Thanks to urban air mobility, travellers are able to reach new destinations that were less accessible, such as islands, mountains, swamps and forests. It will also minimise the impact on nature that would have otherwise occurred due to transportation infrastructure construction.
Do you think there are any challenges that need to be addressed?
The technology is ready and also authorities are working around the globe to finalize the regulatory frameworks. The challenge going forward is to achieve public acceptance in a way that it allows to scale up the market.
Key for achieving public acceptance is to conduct as many flights as possible to show reliability and safety of our product. We have completed a great deal of flight tests in the United Arab Emirates, the Netherlands, Qatar, Austria, as well as Guangzhou, Changchun,
Taizhou and other places in China with zero accidents.
We have been and will continue working closely with global aviation regulatory authorities to develop and continually improve standards for AAVs and other urban air mobility solutions.
Where do you see EHang in 10 years’ time?
We see a great potential for Urban Air Mobility both domestic and internationally, and are optimistic about its development in the next decade. Air taxis will become a powerful reality and changes the way we live and travel significantly.

