Watch a full test flight of Lilium’s all-electric urban aircraft

These days, it seems like everyone is building their own electric vertical takeoff and landing (eVTOL) aircraft. The race is clearly on to develop these vehicles in a bid to anticipate the next major sea change in how we get around cities, but what we’ve seen so far of these vehicles is usually quick clips and heavily edited highlight reels. Lilium, a Munich-based startup building their own urban air mobility vehicles, is showing off a lot more than that today.

The footage above is actually from a test conducted at the beginning of October, and Lilium says it’s now completed that phase of testing and is working on phase two. But this look at its Jet in action is an illuminating three minutes, showing the aircraft going through its vertical take-off and landing process, as well as flying around and making turns before returning to its origin point.

This is a relatively low-speed demonstration compared to what the Lilium Jet can achieve with its unique propulsion method – the company has flown at speeds of up to 100 km/h (~60 mph) since, and is also working on moving the flaps for its jets to a full flat angle, which should help it move horizontally even faster. Ultimately, Lilium will look to use its jet (with a pilot controlling the vehicle at least for the first few years of operation) in an air taxi service ferrying people around cities.

Volocopter awarded key designation by European aviation safety regulator

Electric vertical takeoff and landing (eVTOL) aircraft maker Volocotper has received a Design Organization Approval (DOA) from the European Union Aviation Safety Agency (EASA). This is basically a recognition by the EU that the processes Volocopter has in place in developing and building its aircraft are of a high enough standard that it can expedite the process of deploying its eVTOLs for commercial use.

That’s a big advantage for Volocopter as it moves forward with its commercialization plans. The German company announced plans this year to produce a cargo version of its vehicle designed for hauling goods, and also revealed it’ll be doing pilot of that vehicle in partnership with John Deere focused on testing its using in agriculture. Meanwhile, it’s also moving ahead with its plans for an ‘air taxi’ version that’s meant to transport people in urban environments.

Volocopter has flown its personal transport with passengers on board in Singapore and Stuttgart so far, in tests designed to help demonstrate its feasibility ahead of a true commercial launch. The company announced a €50 million euro (around $55 million USD) funding round earlier this year, and it hopes to launch its service for the public in around two to three years’ time.

Volocopter unveils a new eVTOL drone for heavy lift cargo flights

Urban air mobility company Volocopter has focused its efforts to date on getting its passenger electric drone business off the ground – literally, in fact. But now, the German startup has unveiled a new electric vertical take-off and landing craft (eVTOL), which is designed specifically to move large payloads of goods around, without a pilot on board.

The new Volocopter VoloDrone has a familiar ‘crown’ of rotors up top – it’s essentially the same design the company uses for its passenger aircraft. But instead of a cabin for people, the body of the VoloDrone is a squat rectangular platform, with attachments underneath for hooking up cargo, and two tall landing skids.

VoloDrone can hoist up to 440 lbs, either tucked between its landing rotors in cargo containers, or in a payload-holding sling or other similar carrying mechanism. It can fly for 35 miles on a single charge, which is not that far – but the whole point is to serve industries including agriculture, public infrastructure and others where distance isn’t a challenge so much as is navigating complex terrain via ground-based vehicles.

volodrone in flight

Volocopter says that the new aircraft was developed by a specialized team based near Munich, and that its design was informed by work done with strategic partners from across the target industries the eVTOL is designed for. VoloDrone has also already taken its first demonstration flight this month, so it’s more than just a concept.

This is a good example of how Volocopter can look to extend the fundamentals of its rotor craft platform into new areas with fit-for-purpose customized variants. That’ll probably be a key ingredient as the company looks beyond its current testing and trial phase and into building a sustainable, revenue-generating business.

Sources: Lilium is looking to raise up to $500M for its electric flying taxis

“Flying cars” — airborne vehicles designed for urban and other short-distance commutes to replace conventional private automobiles — are (at best) still years away from being a reality, with significant safety, technology and business model hurdles to clear before they ever hit the sky. Now, sources tell us that one of more promising startups in the field, the German startup Lilium, wants to put itself into pole position, by ramping up its financial position.

Lilium has been talking to investors to raise a big round of funding, between $400 million and $500 million, according to those familiar with its plans. “It’s a very large round at a very large valuation,” one VC told TechCrunch.

It’s not clear yet who is investing in this latest round, or what that valuation might be.

Lilium already has some deep-pocketed investors behind it. In addition to WeChat owner and Chinese internet giant Tencent; it counts Atomico, founded by Skype co-founder Niklas Zennström, as a repeat investor. Obvious Ventures, the early-stage VC fund co-founded by Twitter’s Ev Williams; LGT, the international private banking and asset management group; and e24, a fund from Christian Reber (co-founder of Wunderlist and now Pitch), have also backed it, among others.

In all, Lilium has raised over $100 million in financing to date in previous rounds. But given that its plans involve not only building ground-breaking aircraft but then operating them in fleets, that’s not nearly enough to establish its service and have the impact that founder and chief executive, Daniel Wiegand, hopes he can have.

“It’s not only a benefit in terms of relieving society from transit traffic, but the much, much bigger benefit would be that everyone can use it and that people can get to their destination five times quicker, basically a five times increase of their daily radius of life,” Wiegand said in 2017. “This connectivity is going to be a huge benefit to society but also economic growth.”

Tencent, Atomico and Obvious were among the investors backing Lilium in its most recent $90 million raise. Sources tell us that Tencent is again in this latest round, and the startup has been pitching potential new investors since at least this spring, visiting with firms in Silicon Valley.

It seems this latest, bigger round has yet to close. The target size implies the involvement of big names, with big funds behind them.

“I sincerely hope they get the funds to transform transportation,” one source said.

When (if) the round closes, that would make it the biggest fundraising to date for flying taxis, an area that has lots of potential, but is still far from tested — a fact that one source suggested could contribute to the longer period needed to close the outsized round.

“It’s a known secret how hard it is to raise growth rounds in this space because it’s such a new and untested market,” an executive from another air-taxi startup noted. “Early investments were betting on the market vision and the concept of radically new mobility, but now it’s dawning on investors and others that it’s also a regulation play, and more.” That translates potentially to sustained costs, “and that may be one reason why it’s taking some time.”

Add to that the ambition at hand — designing completely new transportation hardware, then manufacturing the aircraft at scale, and then finally building a transportation, taxi-style service around them — and you can start to see why the round might be very large.

Lilium, Atomico, Tencent and Obvious all declined to comment for this story. We’ll update the post if that changes.

Up, up and away

It’s been a little over two years since Lilium and others in the same space such as Volocopter began publicly discussing their visions for the future of mobility alongside incredibly well-funded industry giants like Uber and established aerospace companies like Airbus, Boeing, and others.

Lilium raised its first round of funding in December 2016 and only a few months later, Uber convened its first Elevate conference, which included discussions on the transportation industry’s flying future.

Since those initial discussions, the companies developing technologies and services to bring those plans to fruition have made significant strides.

Earlier this year Lilium announced the first successful flight for a new five-seat electric vertical take-off and landing (VTOL) vehicle. Others are readying pilot projects in their first launch cities, with the timeline for first full-launch services currently hovering around the three-year mark from now (note: dates do get pushed back).

For Lilium and its competitors, the development of completely new, air-borne vehicles are a means to solving a specific problem: roads in and between cities are too congested with traffic; and electric, air-based options can be a way to offset that situation in an environmentally-friendly way.

Many companies building these new craft are considering taxi-style services as the first or primary point of market entry because — similar to fully-autonomous cars — the cost per vehicle will likely be too high for most individuals to consider buying for private/sole use, notwithstanding the safety features of being able to manage a full fleet autonomously that would be harder to execute with single users (who would have to be pilots, in the case of flying cars).

Lilium’s new vehicle claims to have a top speed of 300 kilometers per hour and a 300 kilometer range, which would make it capable of covering longer distances than its competitors. Lilium says this is partly because it’s designed it in the form of a small jet aircraft instead of mimicking the mechanics and form factor of drones or helicopters (the latter is the approach that Volocopter, another startup out of Germany backed by the likes of Intel and Daimler, is taking). The fixed-wing design of the plane means that it can rely on lift to stay aloft, cutting down on the power demands on the electric 2,000 horsepower engines when it’s aloft.

“This efficiency, which is comparable to the energy usage of an electric car over the same distance, means the aircraft would not just be capable of connecting suburbs to city centres and airports to main train stations, but would also deliver affordable high-speed connections across entire regions,” Lilium said in a statement at the time.

But physics is just one part of the complex system of moving pieces that would need to come together to get Lilium (or any of its rivals) off the ground.

For one, any system will need to integrate with existing air traffic control infrastructure as well — as local and national regulators grapple with increasingly crowded skies.

Another involves the logistical components to operate a service. The company also established a software engineering base in London to help build out the fleet management software and mobile phone application that will connect customers to the jets for transit, and it has been hiring.

Although we have yet to see any commercial services emerge built on the concept of fleets of providing short/medium-distance, air-based taxi-style transportation, there are a number of hopefuls that have identified the opportunity of both designing aircraft and building services around them.

Companies like Kitty HawkeHang, Joby and Uber all hope to play a role in offering short-range flights as an affordable alternative to road-based transportation. (Blade and SkyRyse, two other air taxi services of sorts, are offering more conventional helicopters and other vessels in limited launches for well-heeled travelers willing to spend the money.)

Last week at San Francisco Disrupt 2019, Kitty Hawk announced its latest vehicle, Heaviside. It’s an electric aircraft designed to be a personalised vehicle, less obtrusive than a helicopter, ableto go anywhere and land anywhere fast and quietly, and as easy to operate as “pushing a button,” according to CEO Sebastian Thrun.

NASA’s first all-electric experimental X-plane is ready for testing

NASA will fly a crewed X-plane, one of the experimental aircraft it creates to test various technologies, for the first time in two decades in the near future. This X-plane, the X-57 Maxwell to be exact, is significant for another reason, too: It’s the first fully electric experimental plane that NASA will fly.

The delivery of the X-57 Maxwell to NASA’s Armstrong Flight Research Center in California means that they can begin ground testing, which will then be followed by flight testing once they confirm through the ground testing phase that it’s flight-ready. This all-electric X-57 is just one of a number of modified vehicles that will not only help NASA researchers test electric propulsion systems for aircraft, but will also help them set up standards, design practices and certification plans alongside industry for forthcoming electric aerial transportation options, including the growing industry springing up around electric vertical take-off and landing aircraft for short-distance transportation.

NASA plans to share the results of its testing and flights of the all-electric X-57, as well as its other modified versions, with industry and other agencies and regulatory bodies. The X-plane project also provides another way for NASA to work towards a number of technical challenges that will have big benefits in terms of everyday commercial aerial transportation, like boosting vehicle efficiency and lowering noise to develop planes that are far less disturbing to people on the ground.

Volocopter’s 2X eVTOL records a first with flight at Helsinki International Airport

The Volocopter 2X air taxi vehicle is now the first electric vertical take-off and landing (eVTOL) craft to fly at an international airport, fully integrated into the same airspace as other commercial passenger craft. It performed this key milestone flight at Helsinki International Airport, in a demonstration mission that showed it successfully integrated with both traditional air traffic management, and air traffic management systems designed specifically for aircraft with no pilot on board controlling the vehicle manually.

The test is intended to show that air traffic management systems which are designed for both traditional piloted flight and autonomous aircraft, including air robotaxis, can operate in concert with one another, even in areas with dense sky traffic – including over cities in future.

Volocopter, which recently unveiled a new version of its eVTOL which it intends to be the version that goes into commercial service once it launches for paying customers, ran tests at Helsinki airport along with AirMap, Altitude Angel and Unifly, all providers of air traffic management services for unpiloted aerial craft. Through the test, they determined that the Volocopter systems work well with each provider, which is a key step towards gaining certification for commercial flight.

The German startup will be flying its 2X vehicle at an event in Stuttgart on September 14, but its next major milestone will be unveiling the new VoloCity commercial craft and its prototype VoloPort take-off and landing facility in Singapore later this year.

Volocopter reveals its first commercial aircraft, the VoloCity air taxi

VoloCity takes off into nightIt’s a race to the skies in terms of which company actually deploys an on-demand air taxi service based around electric vertical take-off and landing aircraft – for its part, German startup Volocopter is taking another key step with the revelation of its first aircraft designed for actual commercial use, the VoloCity.

The VoloCity is the fourth-generation eVTOL vehicle that Volocopter has created, but the first three were created for testing and demonstration purposes, and have flown over 1,000 times in service of that goal. The VoloCity, an 18-rotor VTOL with a range of around 35 km (just under 22 miles) and a top speed of about 70 mph, is designed for transporting up to two people, including light luggage like backpacks, briefcases or purses.

VoloCity Top

Volocopter has paid close attention to safety and comfort with this design, meeting the safety standards set by the European Aviation Sfey Agency, and including a new stabilizer that hasn’t been a part of the test aircraft, in rod to provide more stability during flight.

Now, Voloctoper says it’s turning its attention to infrastructure and ecosystem development, which includes establishing its ‘VoloPorts’ for take-off and landing, as well as working with cities on air traffic control. The company says it’s meeting already with global operators that serve this purpose, including Fraport, which runs the Frankfurt International Airport.

As for when VoloCity moves from render to reality, Volocopter says that it’s targeting a first public test flight for Q4 of this year in Singapore, where it’ll also show off the prototype of first first VoloPort, pictured in concept images below.

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In addition to urban air mobility, why not rural air mobility?

Personal air vehicles — those nifty electric vertical takeoff and landing (eVTOL) aircraft — have become one of the hottest aviation concepts since the Wright Flyer inspired a flood of competitors.

Touted as quieter, cleaner and cheaper than commercial helicopters, these electric air taxis promise to address city-dwellers’ mobility woes and have captured the attention of major aircraft and aerospace designers worldwide, including Bell Helicopter, Boeing and Airbus.

With hundreds of millions in startup capital flowing to a nascent urban air mobility (UAM) industry, we might pause to ask: Can these new eVTOL aircraft serve rural areas, too? Could they help lift economic prospects for the millions of people living outside of big cities? Should we be thinking beyond UAM to rural air mobility — RAM?

The initial focus of the 100 or more companies working to create eVTOL aircraft and related systems may help solve the pressing urban problems of congestion and gridlock. It’s no surprise that Silicon Valley entrepreneurs are in the thick of this pursuit, as their lives are directly affected by the terrible traffic their mushrooming enterprises help to create.

But there are good reasons to consider applying these technologies to rural America as well, or even first.  Rural residents face a host of logistical issues that have contributed to significant declines in rural population and economic stability in recent decades. If you’re living in a rural area, you’re almost certainly far away from specialized healthcare, let alone a GP. You’re a long way from community colleges and universities; and far from advanced manufacturing jobs, or knowledge-based desk jobs, or even the nearest Costco. Many rural towns are so hard to access, why would anyone want to expand or relocate a business there?

Already, we see the merits of bringing greater connectivity to rural areas, which is why rural broadband is subsidized to the tune of more than $700 million annually by the U.S. Department of Agriculture. Rural air mobility could be part of a new infrastructure plan, should DC mandarins ever create one. The FAA’s Essential Air Service program for small communities, or something like it, could be expanded to include vertiports in towns and on farms or at small manufacturing facilities. RAM operators could receive essential air service subsidies, at least as part of test projects.

RAM clearly isn’t a panacea for every economic challenge facing rural America, but it may be part of the solution. Indeed, flying these RAM flying taxis around in wide-open areas and small towns may help refine the technologies required for denser airspace.

One big challenge for urban air vehicles is operating safely over heavily populated areas. They need to pretty reliably not crash. They need complex deconfliction traffic management. They need an infrastructure of lots of landing pads on prime real estate. These challenges, and many others, will need to be addressed before eVTOLs grace urban skylines.

Do these vehicles have the range and payload capacity to fly across vast rural counties and not just across San Francisco Bay? The Lilium Jet air taxi, according to its designers, will be capable of covering 300 km in 60 minutes.

Will we ever get an infrastructure initiative from Washington? Who knows. But if we do, I would advocate for RAM test programs in selected rural areas. And if the government won’t do it, private industry certainly has that capability — and an opportunity to refine valuable technologies in the process.

Remember, the Wright Flyer wasn’t perfected over New York City.