Thursday, October 31, 2019

Air Taxis Are 'A Thing' To Be A Mobility Option Soon

Lilium, which is partly financed by Chinese tech giant Tencent, made the debut flight of its two-seat aircraft in 2017. Further, has performed over 100 vertical take off and landing test with great success with their latest 5 passenger model. Image Credit: China Daily

Air Taxis Are 'A Thing' To Be A Real Mobility Option Soon

Priority transportation landscape will be changing sooner than most prognosticators think.

Electric-powered air platform concepts from several manufactures are beginning to prove themselves in testing through a wide variety of design platforms. Many that take their lead from traditional drone configurations to multi-engine fan jets that will achieve their flight lift through airplane wing style solutions.

EHang claims its new vehicle, dubbed the 184, is the world’s first electric, personal autonomous aerial vehicle (AAV) that will “achieve humanity’s long-standing dream of easy, everyday flight” for short-to-medium distances. Image Credit: CGStudio

This excerpted and edited from China Daily -

Market for air taxis set to take off
By Angus McNeice in London | China Daily Global | Updated: 2019-10-15 21:07

For a show that first aired almost 60 years ago, The Jetsons was impressively prophetic about future technology.

The cartoon about a family living in 2062 predicted jetpacks, holograms, smartphones and 3-D printing — and now approximations of the Jetson family's nifty "aerocar" can be added to the list.

Several major transportation businesses, including Boeing, Airbus and Uber, are conducting test flights of all-electric flying machines that promise to revolutionize urban travel through ride-sharing air taxi services.

A handful of startups populate the increasingly crowded market, including Volocopter and Lilium, two German companies backed by Chinese investment.

Hangzhou-based automaker Geely led a $55 million funding round for Volocopter, which held a demonstration flight for its dronelike passenger carrier in Stuttgart in late September.

Lilium, which is partly financed by Chinese tech giant Tencent, made the debut flight in 2017 of its two-seat aircraft, which looks more like a small plane than a helicopter. The company also recently completed a test take-off and landing for a five-seat prototype.

The technology is in such an advanced stage that most air taxi companies are predicting commercial launches between 2022 and 2025.
----
Regulation, costs and public acceptance stand in the way of widespread use of air taxis, according to Tim Schwanen, director of the Transport Studies Unit at Oxford University.

"It's not only about the technology, and in some ways, technology is the easy part," Schwanen said. "There are issues around regulation, there are issues around markets. Do we want these services? Do we need them?

"Visions like The Jetsons where people are flying everywhere, an explosion of flying taxis — that won't happen for a very long time. We're talking decades."

Volocopter GmbH is a German aircraft manufacturer based in Bruchsal and founded by Alexander Zosel and Stephan Wolf. The company specializes in the design of electric multirotor helicopters in the form of ready-to-fly aircraft, designed for air taxi use. Image Credit: Volocopter GmbH

If and how existing air traffic control systems will incorporate air taxis is also a sticking point, as is the limited availability of landing pads in many major cities.

A recent report from London-based industry analysts L.E.K. Consulting predicted that a substantial uptake in air taxi services will not occur within the next 10 to 15 years.

Whatever the time scale, governments seem to be getting on board with the idea. This year, the United States Federal Aviation Administration expressed support for trials, and the European Union Air Safety Agency published guidelines for manufacturers of electric vertical takeoff and landing, or eVTOL, aircraft.

In China, Guangzhou-based air taxi company Ehang began conducting supervised tests with the Civil Aviation Administration of China this year, while Geely's and Tencent's investments suggest they believe there is an appetite for the technology in China.

Veteran car designer Frank Stephenson, who designs Lilium's aircraft, said companies must make safety their top priority.

"The moment one of these things has an issue, you're going to lose a lot of public confidence and trust," he said.

Lilium said its service will be affordable, and it expects that early routes will run between airports and city centers.

"The intention is absolutely not to make it for the elite," said Stephenson. "It's mobility for everyone — from the student or the teenager who needs to visit his grandma ... all the way up to the VIP."

Uber predicts its service Uber Air will initially cost $3.60 per passenger kilometer, and the company aims to get this down to $0.27 per passenger kilometer, making it competitive with car ownership.

But Schwanen of Oxford University doubts that such low prices will be achievable early on, even in today's business environment replete with money-losing companies that value growth over profit.

Schwanen said he thinks service will be "on a limited scale for the super-rich. It's going to be people who are able to afford this, and who may have properties where they can land."

Removing pilots from the equation will help drive down costs, and the majority of companies say they will eventually switch to automation.

With more than a dozen companies working on air taxis, determining which operators emerge as market leaders will largely come down to design, efficiency and range, according to Stephenson, who believes Lilium is ahead of the pack on all three counts.

Lilium says its aircraft will have a range of 300 kilometers, around double the distance offered by most of its competitors.

The company also says its planes will use around 90 percent less energy than drone-style aircraft, due in part to wing-assisted flight.

The wings on the Lilium plane contain rows of ducted fans mounted in flaps that swivel 90 degrees, pushing air down during takeoff and landing and backward while cruising.

"Wings give you lift, so it's a lot more energy efficient," Stephenson said.

"You need a lot of electrical power to go up and down, but not that much to go horizontally."

Lilium aims to have people in the air by 2025 — outdoing the Jetson family by a generation.
[Reference Here]

So, maybe the vision of the cartoon future world of The Jetson's isn't here,  but the conceptual vision of priority transportation for select applications and markets is really just around the corner.

This timeframe of 15+ years will become telescoped once the safety and autonomy issues get locked down and being able to hop onto one of these platforms, to travel 150 miles in about an hour, all made possible with non-airport requirement electric vertical takeoff and landing, or eVTOL, personal capability (1 to 5 passenger) aircraft.

... notes from The EDJE




TAGS: electric vertical takeoff and landing, eVTOL, aircraft, Lilium, Ehang, Volocopter, L.E.K. Consulting, Frank Stephenson, Geely, Boeing, Airbus, Uber, Tim Schwanen, China Daily, The EDJE

Thursday, October 24, 2019

Latest 'Letric Lambo As Previewed By Supercar Blondie


Lamborghini Terzo Millennio develops through 4 pillars - Energy, Innovation in Materials, Powertrain & Vehicle Architecture, Sound & Emotion. 


Latest 'Letric Lambo As Previewed By Supercar Blondie

Pioneer and innovative by tradition, Automobili Lamborghini looks into the future with a visionary approach, bringing its own DNA’s values in the extreme.

To plan its path through the electric super sports car, Lamborghini defines the requirements of the third millennium in terms of energy storage and innovative materials to secure the most emotional and ultimate driving experience.

Lamborghini Terzo Millennio >>>


THE SPORTS CAR OF THE FUTURE


... notes from The EDJE


Friday, October 11, 2019

James Dyson Backs Away From Becoming A Mobility Solutions Manufacturer

Our undergraduate accommodation is as cutting edge as our technology. The Dyson Village is home to our undergraduate engineers in Malmesbury, UK. Each 'pod' comes with inventive Dyson technology as well as bespoke furniture and fittings designed by James Dyson. Image Credit: DYSON via Facebook (2019)

James Dyson Backs Away From Becoming A Mobility Solutions Manufacturer

Back in May of this year, when patents for an electric car applied for by the British technology company, Dyson (known for its innovative vacuum cleaner and air movement solutions), became public knowledge, CEO James Dyson showed some real interest in having his company become a inventor and manufacturer of cars powered with electricity.

At the time, James Dyson said that even though this was the beginning of a long and serious process, he was realistic about the potentials for this agenda's success.

Cover art for vehicle patents submitted by Dyson. Image Credit: MobileSyrup (2019)

This excerpted and edited from MobilSyrup -

Dyson is thinking beyond the vacuum with electric car ambitions
By: Brad Bennett - MAY 9, 20194:33 PM EDT

Now that its vehicle patents are public the company is quick to point out that its vehicle might never see the light of day, but beyond that, it seems confident and excited about the EV technology it’s working on. In an email from the company’s CEO James Dyson to its employees, he says “developing new technology is an energizing and exciting experience: our vehicle project is just that. It will be entirely designed by Dyson, manufactured by Dyson, and sold by Dyson.”
[Reference Here]

Fast forward to mid-October 2019 and the seriousness of this project hits the wall of economic reality.  British inventor Sir James Dyson, said its engineers had developed a "fantastic electric car" but that it would not hit the roads because it was not "commercially viable".

Reported in May 2019 - The U.K. team is working at the secretive Dyson Hullavington Airfield, and the CEO says, “Hangar 181 is now complete with testing facilities including climatic chambers and a rolling road, and Hangar 85 is where we will construct vehicles for the latest phase of testing, starting next month.” In addition to this space, the company is about to break ground on another testing facility in Singapore. Image & Caption Credit: MobileSyrup (2019)

This excerpted and edited from a press release posted at BusinessWire -

Dyson has scrapped its electric car project
BBC.com - 11 October 2019

In October 2018 Dyson revealed plans to build the car at a new plant in Singapore. It was expected to be completed next year, with the first vehicles due to roll off the production line in 2021.

Dyson wanted to make something revolutionary - but also needed to make it pay. And the sums simply didn't add up.


In terms of wheels, Inventor James Dyson says that “the patents show a car with very large wheels, giving a low rolling resistance and high ground clearance. This makes a vehicle suited to city life and rough terrain but could also contribute to increased range and efficiency — vital in a vehicle where every joule of power must be used wisely.” Image & Caption Credit: MobileSyrup (2019)

Sales of electric cars are climbing rapidly. Yet they still cost more to make than conventional cars, and generate much lower profits - if any.

Major manufacturers like VW can afford to plough tens of billions into the EV industry - on the basis that economies of scale will ultimately make the technology cheaper and generate returns.

Even the upstart Tesla, widely credited with showing everyone else just how good electric cars could be, has burnt through mountains of cash and had to go cap in hand to investors [and Governments].

Dyson has concluded it simply can't afford to play with the big boys - although its efforts to make a quantum leap in battery technology will continue.
[Reference Here]

Until the verifiable case for commercial viability can be made for something more than a Golf Cart, real electric-powered car manufacturing will operate under the dual cloud of true advancements of "Clean & Green Mobility" and Commercial Viability once government subsidies run out.

... notes from The EDJE



TAGS: James Dyson, Singapore, UK, Battery Technology, Mobility, Clean & Green Mobility, commercial viability, The EDJE