The Bell Smart City display at Consumer Electronics Show, CES 2020, Jan 7-10, USA. (All photos by the author.)

Urban Air Mobility Steals the Show at CES 2020

While most of the world watched CES for the latest 8K TVs, electronic gadgets and fitness equipment, aerospace and automotive companies used CES to provide a new vision of the future of personal transportation — one that utilizes the third dimension.

By Jim Sherman
VFS Director of Strategic Development

Vertiflite, March/April 2020

There were plenty of noteworthy announcements about electric vertical takeoff and landing (eVTOL) aircraft developments leading up to the 2020 Consumer Electronics Show (CES), the world’s largest consumer products trade show, held Jan. 7-10 in Las Vegas, Nevada (see for example, “The First Electric VTOL Unicorn: Joby Aviation,” Vertiflite Magazine, Mar/Apr 2020, pg. 48).

However, the big news happened at CES 2020 with Hyundai and Uber announcing their vehicle partnership — becoming the eighth publicly revealed partner — at a press conference the afternoon before the CES show opened. Hyundai capitalized on the opportunity by bringing a full-size mockup of their proposed vehicle, the S-A1, to CES, and thus dominated the news. The vehicle also dominated the Hyundai exhibit, consuming the entire space. The vehicle garnered headlines and heavy show traffic for all three days.

At the press briefing, Hyundai unveiled the vehicle display along with the Hyundai vision of transportation in the future. The clear message from the press briefing is that Hyundai is moving quickly from being a car manufacturer to a complete Mobility as a Service (MaaS) provider. In the company’s vision of the future, there are three key components to the Hyundai Future City Scenario: the Purpose-Built Vehicles (PBV), the S-A1 Personal Air Vehicle (PAV) and the Hub. Hyundai proffered that its vision will revitalize cities by removing urban boundaries, return time spent commuting to people and enable leaders to repurpose urban centers into innovative, modern communities. Eric Allison, Head of Uber Elevate, also joined the press briefing to announce the Hyundai partnership with Uber.

The full-scale Hyundai S-A1 mockup dominated the Hyundai exhibit. Consumer Electronics Show, CES 2020, Jan. 7-10. USA.
The full-scale Hyundai S-A1 mockup dominated the Hyundai exhibit.

All that sounds utopian, but it all has to work around us humans, so Hyundai collaborated with the University of Texas at Austin to help city planners foster human-centered designs as future transportation options change how people interact within urban centers.

Bell Unveils Nexus 4EX

Not to be outdone, Bell also brought full-scale models of its unmanned Autonomous Pod Transport (APT) electric tailsitter and its latest air taxi design, the Nexus 4EX — an updated “4-ducted, allelectric, experimental” version of last year’s Nexus 6HX (“6 ducts, hybrid-electric experimental”). This version of Nexus more closely aligns with the Uber Elevate requirements and features larger wings for more efficient cruise. The full-size mockup was open to the public to enjoy and learn about the features of the vehicle. A “tour guide” in the pilot’s seat educated visitors on the design of the cockpit, the flight controls and the progression to automated flight. The line for this part of the display was never short.

Hyundai’s S-Link autonomous ground vehicles will connect passengers to their Hub, for transportation to other Hubs or Skyport Hubs via the S-A1 eVTOL air taxi. (Hyundai video capture) January 2020.
Hyundai’s S-Link autonomous ground vehicles will connect passengers to their Hub, for transportation to other Hubs or Skyport Hubs via the S-A1 eVTOL air taxi. (Hyundai video capture)

Bell also displayed their vision of a three-dimensional future, with a miniature Smart City built from LED display panels providing an animated view of a city including traffic and pedestrians. This model highlighted the application of Nexus air taxis and APT cargo delivery vehicles providing valuable services to a bustling urban center. The Nexus and APT vehicles were represented by actual flying quadcopters that were operating autonomously with oversight control from a platform above the city, with coordinated movements across town, including weather delays (yes, thunder rumbled across the city fairly regularly). Operators on the control platform ensured clean airspace for each vehicle with coordinated movement, especially since the quadcopter drones are particularly sensitive to the airflow generated by the other demonstration vehicles.

“With a focus on the passenger experience, we revealed the technology and the vehicle that will revolutionize transportation in cities at CES 2019; this year, we’re demonstrating what governing, operating, working and living in a smart city will look like,” said Mitch Snyder, Bell President and CEO.

Bell unveiled a full-scale mockup of its all-electric, four-ducted Nexus 4EX at CES 2020, Consumer Electronics Show, Jan. 7-10, USA.
Bell unveiled a full-scale mockup of its all-electric, four-ducted Nexus 4EX at CES 2020.

The demonstrations varied from air taxi services and drone deliveries to emergency medical and public safety applications. All of the movements were coordinated through the Bell AerOS MaaS application demonstration, which would provide air taxi, air cargo and fleet management tools for Bell’s air vehicle fleet. The Smart City model was realistic enough to provide simulated traffic congestion, accidents and pedestrians crossing the street unexpectedly, and when an emergency vehicle landed nearby, simulated pedestrians would gather to watch the action. Quite impressive.

Ground or Aerial: Which Will Win Autonomy?

There were other vertical flight activities happening at CES too. Uber’s Wyatt Smith, Bell’s Scott Drennan, NASA’s Parimal “PK” Kopardekar and the US Federal Aviation Administration’s (FAA) Jodi McCarthy participated on a panel discussion entitled, “Ground or Aerial: Which Will Win Autonomy?” Other panelists included Robin Lineberger from Deloitte, Hasan Ikhrata from the San Diego Association of Governments and Russell Laughlin from Hillwood.

“Ground or Aerial: Which Will Win Autonomy?” panel featuring Scott Drennan (Bell, speaking), Wyatt Smith (Uber, to his left), Jodi McCarthy (FAA) and Parimal Kopardekar (NASA, on the far right). Consumer Electronics Show, CES 2020, Jan. 7-10, USA.
“Ground or Aerial: Which Will Win Autonomy?” panel featuring Scott Drennan (Bell, speaking), Wyatt Smith (Uber, to his left), Jodi McCarthy (FAA) and Parimal Kopardekar (NASA, on the far right).

Smith and Drennan both agreed that Urban Air Mobility (UAM) would start with pilots in the front and transition to autonomous flight when the technology is ready and provides a level of safety improvement. Implementing automation in the third dimension solves some of the problems that are inherent to ground-based autonomy, such as predetermined routes with defined actions for evasive maneuvers, along with fewer abnormal event occurrences (such as children running into the street).

All the panelists agreed that this vision of the future involves more than just the vehicles and must include communities in the process to be successful. McCarthy pointed out that the FAA focuses on safety, saying that it is the first and last thought every member of the FAA has when considering UAM and its integration into the airspace and communities.

Kopardekar highlighted that NASA is accelerating technology development with a three-pronged approach. First, by funding the NASA UAM Grand Challenge to demonstrate and develop the technology required for the market. Second, by providing research and guidance on airspace integration, including autonomy, for medium density operations. And finally, by establishing working groups to provide outlets for innovative
collaboration.

Each panelist provided insight into their role in the ecosystem, such as Drennan who highlighted that Bell — although an Uber Elevate partner — has developed their own network system, AerOS, to provide services for networks and fleet. AerOS manages vehicle performance, provides vehicle/fleet health information, informs the operator of maintenance actions, and, of course, provides a ride-sharing/scheduling platform that will not compete directly with Uber.

McCarthy highlighted that the FAA, as a regulatory body, may slow the industry advancement in the name of safety, but the move to performance-based standards certification from prescriptive rules will enable system providers more flexibility and should speed up the process. The ultimate goal is a safe, integrated system for UAM and on-demand mobility (ODM). The panel discussed the concept of ODM, and all of the panelists quickly pointed out that point-to-point ODM air transportation is still far into the future.

The panel quickly highlighted the issue of community noise during the discussion, but more in passing. From the FAA perspective, McCarthy pointed out that operators need to engage with community leaders before making any real plans for service. Helicopter noise as it stands today is often perceived and based on operational density or changes to flight patterns, which could be addressed through good communications with the local community. Drennan and Kopardekar pointed out the eVTOL noise profiles will be radically different from helicopter noise, at a lower decibel level, and have a very different sound. Ultimately, if the promise of accessibility, lower emissions and shorter commutes for all is realized, it will lead to greater acceptance by the general public.

Flying Cars for UAM

Australian startup Pegasus International brought their version of an actual flying car (a roadable aircraft) to CES. While this vehicle did not elicit the same mass media coverage as Hyundai and Bell, it is an innovative approach to UAM just the same. In fact, this impressive vehicle was tucked away in a corner of the exhibit hall and not brightly displayed like the eVTOL darlings from Hyundai and Bell.

The Pegasus E Flying Car is a one- or two-seat gyrocopter featuring a 160 hp (119 kW) 95 octane unleaded gasoline engine and weighs in at just 545 lb (247 kg). As a car, the vehicle can travel at speeds up to 80 mph (130 km/h) and, with the rotors folded, fit into a normal parking spot or garage. The transition to flight mode is accomplished in just six seconds and can fly up to 5,900 ft (1,800 m) at a speed of 100 mph (160 km/h) with a range of 370 miles (600 km). The useful payload is 290 lb (131 kg).

Pegasus E Flying Car at CES 2020, Consumers Electronics Show, Jan. 7-10, USA.
Pegasus E Flying Car at CES 2020.

Pegasus General Manager Jacky Young said the vehicle is going through certification and is accepting pre-orders for both configurations. Young pointed out that the conversion from driving to flying happens automatically at the touch of a button — no manual conversion — and then back to driving after landing. Ultimately, Pegasus wants to join the air taxi space with an 11-seat design that would provide a service similar to Uber Elevate.

Returning to CES was VFS member NFT, Inc., showing its Aska drive-fly vehicle concept. NFT chairman and cofounder Guy Kaplinsky noted that the hybrid-electric vehicle is capable of vertical or short takeoff and landing (VTOL or STOL). Booth visitors had the opportunity to try a working flight simulator to NFT’s artificial intelligence sensor fusion platform, which “will enable 360-degree real-time intruder detection (other aircraft, drones, birds…), optimized by artificial intelligence.” This technology is the foundation for the company’s full autonomous flight system in the future.

The “Consumer eVTOL Show”?

While CES is known as the venue where the electronic gadgets are presented to the world, for the past four showings — beginning with the EHang 184 in 2016 — the event has been upstaged by major eVTOL program announcements that have provided the aerospace industry with a much-needed positive image as innovators in a tech-dominated world.

More VFS photos from CES can be found on the Vertical Flight Photo Gallery at gallery.vtol.org/album/1TS8

1 Comment

  1. What is going on with the dozens of VTOL companies is they don’t understand the physics and their craft can’t fly. I’m willing to teach and demonstrate their mistakes, but the math and sudo-physics of aeronautical engineering fails to explain the geometry of the structure and the propellers. Everybody just copies the design of the toy drones, and then each other, all getting the same result.
    The design of the toys, doesn’t scale up to full size.

    My physics of air/objects interaction is 50 years of expertise in moving objects through air, very precisly and fast, as is required in the production of printing and packaging.
    Buck_Crowley@msn.com

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