Category: Regulations
Elevate Summit Day 2 Recap
The Uber Elevate Summit 2018 has concluded at the Skirball Center in Los Angeles, CA – here’s everything that you should know from the second day of the conference about the flying car industry: Uber Announces Call for First International City to participate in UberAIR Celina Mikolajcak, Uber’s Director of Engineering, Energy Storage Systems, and Alan Dowdell, VP of Business...

Elevate Summit Day 2 Recap

The Uber Elevate Summit 2018 has concluded at the Skirball Center in Los Angeles, CA – here’s everything that you should know from the second day of the conference about the flying car industry:
- Uber Announces Call for First International City to participate in UberAIR
- Celina Mikolajcak, Uber’s Director of Engineering, Energy Storage Systems, and Alan Dowdell, VP of Business Development, ChargePoint Discuss eVTOL Energy Systems (article here)
- Uber Partners with Gannet Fleming Architecture firm to develop first SkyPort Concept – VP Brian Smith Discusses the concept (article here)
Summit 2018 provided some valuable takeaways on the status of the flying car industry and the general sentiment of progress. Most notably, a number of manufacturers, including big OEM’s, released new eVTOL concepts at the conference – read our recap of Day 1 here for those big announcements.
In addition, policymakers and regulators (most notably the FAA) came together and fostered some intriguing conversation. Dan Elwell stated that he’d “absolutely ride in an autonomous aircraft” amid a conversation that was largely casual with slight resignation from manufacturers. Fortunately, the general consensus from this conversation was that Part 135 would not have to be completely rewritten to satisfy flying car operations in the US.
For a recap of the Summit and the full Summit 2018 schedule, visit Uber’s site here.
What You Need to Know – Uber Elevate Summit Day 1
Uber Elevate’s Summit 2018 Day 1 is winding down – here’s a quick overview of the biggest announcements and news from the day: Uber announced their partnership with Karem Aircraft, and unveiled an eVTOL dubbed the “Butterfly”: Embraer Released their EmbraerX concept: Pipistrel also released a concept eVTOL that will be part of a “family” of eVTOL aircraft: E-one Moli...

What You Need to Know – Uber Elevate Summit Day 1

Uber Elevate’s Summit 2018 Day 1 is winding down – here’s a quick overview of the biggest announcements and news from the day:
Uber announced their partnership with Karem Aircraft, and unveiled an eVTOL dubbed the “Butterfly”:
Embraer Released their EmbraerX concept:
Pipistrel also released a concept eVTOL that will be part of a “family” of eVTOL aircraft:
E-one Moli will collaborate with key industry players to develop battery packs for eVTOLS:
ChargePoint revealed a 2 MW eVTOL charging adapter that has roughly the same capacity as future truck chargers:
To summarize the event, Jeff Holden, Uber’s Chief Product Officer stated: “Today, Uber’s annual Elevate Summit took flight to showcase the aviation industry’s advancements on many fronts needed to make uberAIR a reality by 2023. This includes multiple vehicle designs, new battery technology, manufacturing improvements and the ‘operating system’ that will enable safe, precise, environmentally friendly operations at scale and allow cities to radically improve their transit networks. This gargantuan effort to ‘push a button and get a flight’ can only be accomplished through close partnership across the public and private sectors, and that’s exactly what Elevate Summits are all about.”
Wednesday Preview
Day 2 of Elevate Summit 2018 has three tracks:
- Track 1: Vehicles & Battery
- Track 2: Airspace & Ops
- Track 3: Moving Cities
Each track will have dedicated speakers and panels to discuss each of the respective disciplines moving forward in the flying car industry. Some speakers and panels of note:
- Elevate Airspace Systems – Tom Prevot, Director of Engineering, Airspace Systems, Uber Elevate
- Speaker Series: A Simplified Cockpit Experience – featuring a number of test pilots and regulators, this panel should touch on the importance of defining a simplified cockpit and the advantages of this configuration during the transition from manned to unmanned aerial transportation systems.
For a full overview and schedule of Elevate Summit 2018, go here.
Source
- Embraer
- Pipistrel
- Uber
- Molicel
- ChargePoint
- Karem Aircraft
Uber Elevate Summit 2018 Preview
This year’s Uber Elevate Summit marks the second annual gathering focused on advancing the flying car and taxi market. The Summit also promises to yield a number of exciting announcements on recent developments from representatives at companies such as Embraer, Pipistrel, Bell Flight, Aurora Flight Sciences, and ChargePoint. Be sure to refer back to transportup.com throughout the course of the...

Uber Elevate Summit 2018 Preview

This year’s Uber Elevate Summit marks the second annual gathering focused on advancing the flying car and taxi market. The Summit also promises to yield a number of exciting announcements on recent developments from representatives at companies such as Embraer, Pipistrel, Bell Flight, Aurora Flight Sciences, and ChargePoint. Be sure to refer back to transportup.com throughout the course of the two-day summit for daily recaps of the events.
Tuesday Overview
Key Speakers
- Leading the list of key speakers will be a conversation between Nikhil Goel, Head of Product, Aviation, Uber, and Eric Garcetti, Mayor of Los Angeles. This discussion is critical to Uber, as the Elevate initiative targets Los Angeles as one of the first two cities (along with the Dallas/Fort Worth Metro Area) for deployment of UberAIR
- Michael Thacker, Bell Flight: Bell Helicopters rebranded themselves as Bell Flight earlier this year, marking the transition toward a heavier focus on flying cars and taxis. At the inaugural Uber Elevate conference last year, Bell showcased a glimpse of the vehicle that they’ve been working on – expect to see a little more, if not a full reveal, of their concept Tuesday.
- Paulo Cesar de Souza e Silva, CEO, Embraer: The EmbraerX development team is sure to bring exciting announcements on the progress of their work over the last year. Even more interesting are the dynamics between Embraer’s work and Boeing’s eVTOL efforts – Boeing and Embraer engaged in merger talks earlier this spring, and Boeing also purchased Aurora Flight Sciences, another eVTOL company. Expect some comment on this relationship during this talk.
- John Langford, President and CEO, Aurora Flight Sciences, A Boeing Company: Expect a unique announcement from the President and CEO of the recently acquired Aurora Flight Sciences. Due to the dynamics described above, AFS is in the unique situation of defining
Possible Announcements:
- Bell Flight’s concept unveil – the concept was touted last year, and limited sneak-peaks of the eVTOL were released – however after another year more substantial reveals may be disclosed.
- Embraer and Boeing // Aurora Flight Sciences – will the relationship between Boeing and Embraer be complicated by potential merger talks that are still ongoing? Make sure to listen to talks from Embraer and Aurora Flight Sciences for more.
Takeaways: The first day of the Uber Elevate Summit 2018 will be jam-packed with heavy hitters announcing their past year’s work and developments. By the end of tomorrow, Bell Flight may have will released their full eVTOL concept, and Embraer and Boeing may more clearly define how their vertical flight development programs are linked (or not).
Check back Tuesday evening for a recap of the first day of the conference and a preview of Wednesday’s docket.
Terrafugia Partners With CEVT to Bring Flying Car to Market
Woburn, MA based Terrafugia announced a partnership with CEVT (China Euro Vehicle Technology AB) in a Tuesday press release. The partnership intends to aide bringing the Transition flying car to market. “The combination of CEVT’s advanced engineering capabilities and automotive experience with Terrafugia’s expertise in innovative air mobility will take Geely to the sky providing vehicles for both ground and air transportation,”...

Terrafugia Partners With CEVT to Bring Flying Car to Market

Woburn, MA based Terrafugia announced a partnership with CEVT (China Euro Vehicle Technology AB) in a Tuesday press release. The partnership intends to aide bringing the Transition flying car to market. “The combination of CEVT’s advanced engineering capabilities and automotive experience with Terrafugia’s expertise in innovative air mobility will take Geely to the sky providing vehicles for both ground and air transportation,” stated Chris Jaran, CEO of Terrafugia.
The partnership intends to add resources to the Transition vehicle – specifically, CEVT will aid production of clutch-box, CAE, and high-tech safety systems, benefiting Terrafugia from the “long automotive engineering experience and expertise in Gothenburg and Sweden”.
Why it’s important: The partnership between CEVT and Terrafugia is a strategic move executed by Geely Holdings, a Chinese holding company which acquired Terrafugia in mid-November 2017. Geely’s involvement with the flying car industry is more developed than readily apparent, having also invested in Swedish automaker Volvo and running Geely Auto prior to the acquisition. Read TUP’s article profiling Geely here.
Source
- Terrafugia Press Release
- Image: AOPA
Flying Cars are Here, and They Really Do Work
Flying cars are here. Once just a Jetson’s whirlwind dream of what the future could hold, today almost 30 companies worldwide are working to corner one of the world’s newest transportation markets. For a sense of scale and level of development within this industry, here’s a quick overview. Key Manufacturers: Some of the most notable manufacturers within the flying car...

Flying Cars are Here, and They Really Do Work

Flying cars are here. Once just a Jetson’s whirlwind dream of what the future could hold, today almost 30 companies worldwide are working to corner one of the world’s newest transportation markets. For a sense of scale and level of development within this industry, here’s a quick overview.
Key Manufacturers: Some of the most notable manufacturers within the flying car and taxi industry are Germany based Lilium, Larry-Page Backed Kittyhawk, Joby Aviation in Santa-Cruz, CA, Volocopter, Airbus’ Vahana, Massachusetts based Terrafugia, Chinese Ehang, and more. All of these companies (besides Joby) have released their flying prototypes that really do work – and have been tested with passengers on board.
Regulatory Issues: One of the largest hurdles for flying taxis to overcome is certification and approval by governments worldwide so that they may be used for commercial purposes. Several companies have been creative with their development techniques – Kittyhawk is working with the Civil Aviation Authority in New Zealand, while others are lobbying slower-moving regulatory agencies like the FAA and EASA to make moves on introducing regulations tailored to flying cars and taxis.
Infrastructure: Another key consideration is infrastructure. New infrastructure is required to support flying taxi operations, and most of this infrastructure will take the commonly-used helipad in an urban area and develop it into an entire “vertiport”. Volocopter released their vertiport concept recently, claiming to have a design that can handle thousands of people per day – for an overview go here. Others like FlyBlade have received funding to amplify their current helipad infrastructure and begin to develop flying taxi focused vertiports.
Investment Opportunities: The flying car industry is burgeoning with venture capital investments from across the globe – in many cases on the order of tens or hundreds of millions of dollars. FlyBlade recently received funds to advance their infrastructure, Google’s Larry-Page is backing Kittyhawk Aero, and Geely Holdings recently bought Terrafugia. These investments are just a few notable joint ventures, with new opportunities being capitalized upon daily.
Synopsis: The average projected timeline for entry to service of flying cars ranges from 5 years for some manufacturers with functional prototypes to 15 years for less fully developed concepts. Regardless of their stage of development, flying cars have attained enough traction that a critical mass of interest and investment is propelling the industry forward much quicker than expected; in general aerospace progresses slower, according to regulatory processes, but the flying car and taxi industry is redefining this paradigm by advancing the technology first and demanding regulation be updated to accommodate for an emerging technology.
DARPA and Aurora Flight Sciences Advance eVTOL Research
Boeing Subsidiary Aurora Flight Sciences announced yesterday that a recent agreement from DARPA will allow for the transfer of Aurora’s X-plane developed eVTOL technology to commercial applications. The x-plane technology, largely focused on piloting ducted fan and electric battery implementation in vertical takeoff and landing aircraft, will now be slated for wide-spread commercial application. The technology also included tilt-wing and...

DARPA and Aurora Flight Sciences Advance eVTOL Research

Boeing Subsidiary Aurora Flight Sciences announced yesterday that a recent agreement from DARPA will allow for the transfer of Aurora’s X-plane developed eVTOL technology to commercial applications.
The x-plane technology, largely focused on piloting ducted fan and electric battery implementation in vertical takeoff and landing aircraft, will now be slated for wide-spread commercial application. The technology also included tilt-wing and tilt-canard-based propulsion.
Why it’s important: DARPA’s involvement in shepherding research-stage technology to commercial wide-scale implementation is indicative of government involvement and activism toward advancing the field of eVTOL aircraft. This announcement also reflects the quantity of work to be done if larger scale regulators, such as the FAA and EASA, plan to certify these new airborne systems as quickly as they are being researched and developed.
Source
Canada Invests in Bell’s Flying Taxis
Canada is investing in flying taxis. On April 19th, the Innovation, Science and Economic Development Canada group (ISED) committed to a $39.2M investment over 5 years to a group of academic and industrial companies led by Bell. The investment marks one of the first commitments by a government to back the advancement of flying car technology, and represents a large...

Canada Invests in Bell’s Flying Taxis

Canada is investing in flying taxis. On April 19th, the Innovation, Science and Economic Development Canada group (ISED) committed to a $39.2M investment over 5 years to a group of academic and industrial companies led by Bell. The investment marks one of the first commitments by a government to back the advancement of flying car technology, and represents a large step forward in the widespread public approval of such technologies.
The team also includes powerplant producer Pratt and Whitney, among other companies – totaling 18 in all.
Why it’s important: This move is important because a government agency investing in a vertical flight and air taxi effort reflects the level of commitment toward advancing the flying car and taxi industry. Canada is leading the way in terms of investment, so look out for other countries becoming involved. The UAE has already sponsored Volocopter flight testing in Dubai earlier this year.
Source
The Future of Flying Car Positioning Systems
Professor Dan Bliss of the Electrical, Computer and Energy Engineering School at Arizona State University is helping Airbus with their positioning system for the CityAirbus flying taxi transport. Bliss’ work is focused on utilizing “distributed coherence” in his navigation system, which allows for much greater accuracy in positioning, a critical requirement for the safe operation of flying cars and taxis....

The Future of Flying Car Positioning Systems

Professor Dan Bliss of the Electrical, Computer and Energy Engineering School at Arizona State University is helping Airbus with their positioning system for the CityAirbus flying taxi transport. Bliss’ work is focused on utilizing “distributed coherence” in his navigation system, which allows for much greater accuracy in positioning, a critical requirement for the safe operation of flying cars and taxis.
Distributed coherent radar technology (or DDRS) utilizes many small receivers emitting the same waveform that focus on a particular target. The resulting narrow beam is much more accurate than conventional radar systems, although Bliss didn’t comment on a numerical accuracy of the system that he’s working on.
Why it’s important: The navigation technology for flying cars and taxis requires a resolution not seen before with current GPS technology. Professor Dan Bliss’s work with Airbus is seeking to change the state of radar, and much like Raytheon’s new radar system, the technological advancement of the positioning systems industry is surging to support the newfound requirements of flying cars and taxis.
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Meet The Vertical Flight Society – AHS Has Rebranded
The American Helicopter Society, or AHS, has rebranded to “The Vertical Flight Society” marking the shift in paradigm from solely supporting helicopters. The new name includes all vertical flight craft, including flying cars. The shift moved the society to vtol.org. Why it’s important: The American Helicopter Society has long been a mainstay of the US’ vertical flight presence, but this...

Meet The Vertical Flight Society – AHS Has Rebranded

The American Helicopter Society, or AHS, has rebranded to “The Vertical Flight Society” marking the shift in paradigm from solely supporting helicopters. The new name includes all vertical flight craft, including flying cars. The shift moved the society to vtol.org.
Why it’s important: The American Helicopter Society has long been a mainstay of the US’ vertical flight presence, but this rebranding acknowledges the ever-growing presence of flying car and taxi concepts (and working prototypes) that are permeating the once-dominated-by-helicopter vertical flight arena. Similarly, Bell Helicopters rebranded to Bell Flight a month ago.
Source
Airports Are Ready for Flying Cars, With a Few Changes
Are airports ready to handle flying cars? This question was addressed by NASA’s Aeronautics Research Mission Directorate (ARMD) in response to the large-scale efforts by JetBlue, Airbus, Boeing, and others that have propelled the flying car and taxi industry to readiness before anyone expected. The ARMD has even created a new classification of vehicle specifically for flying cars and taxis...

Airports Are Ready for Flying Cars, With a Few Changes

Are airports ready to handle flying cars? This question was addressed by NASA’s Aeronautics Research Mission Directorate (ARMD) in response to the large-scale efforts by JetBlue, Airbus, Boeing, and others that have propelled the flying car and taxi industry to readiness before anyone expected. The ARMD has even created a new classification of vehicle specifically for flying cars and taxis – a UAM.
So what’s that? A “UAM is a safe and efficient system for air passenger and cargo transportation within an urban area, inclusive of small package delivery and other urban Unmanned Aerial System (UAS) services, which supports a mix of onboard/ground-piloted and increasingly autonomous operations”, according the research centers’ website.
The ARMD study is reflective of the level of interest in integrating flying cars with current aviation infrastructure to make the transition as seamless and efficient as possible. Here are the (condensed) questions to address in order to have effective UAM operation at airports:
- Landing Pads – Can existing Part 145 Repair Stations accommodate flying taxis? Most likely, although this area could be optimized by another FAA rewrite with perspective on UAMs.
- Airspace Management – Can airports handle the volume of planned UAM traffic into and out of airports? Companies like Airmap are already working on this.
- Policy/Regulations – Is there regulation and policy in place to support all of these developments? Recent Part 23 Certification overhauls by the FAA may help start the discussion.
Why it’s important: Because of the large scale investments in UAM integration at airports, you’ll most likely be flying either to or from an airport from an urban helipad in a flying taxi before you’ll be hopping from point to point within a city. The planned network of “vertiports” which are currently being optimized to facilitate short hops will require more integration than that of a conventional airport, and accordingly require more effort to satisfactorily integrate.
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Flying Taxi Technology has arrived, says Smart City Panel
Experts from across the industry of aviation, aerospace, and drones joined at the Smart Cities Connect Conference & Expo in Kansas City on March 28 to discuss the future of the flying taxi market. The panelists included Mark Zannoni, research director for International Data Corporation, Jonathan McGory, general counsel for the Cleveland Airport System, and Bill Goodwin, VP of Policy...

Flying Taxi Technology has arrived, says Smart City Panel

Experts from across the industry of aviation, aerospace, and drones joined at the Smart Cities Connect Conference & Expo in Kansas City on March 28 to discuss the future of the flying taxi market.
The panelists included Mark Zannoni, research director for International Data Corporation, Jonathan McGory, general counsel for the Cleveland Airport System, and Bill Goodwin, VP of Policy of AirMap, a Santa-Monica based drone airspace integration software company.
Key takeaways from the panel:
Flying Taxis are happening.
Zannoni stated that the idea of flying cars “is not a new concept, and now we’ve got the technology. It’s pretty feasible”. His comment is supported by numerous examples, such as Ehang’s 184 first flight in February and the Uber Elevate Initiative.
There are complications.
Flying cars are not without their own difficulties – infrastructure, public acceptance, and policy are also issues that demand consideration. The Federal Aviation Administration, the domain which controls the National Airspace System, is working in conjunction with vertical transport manufacturers to work on integration into airspace. That’s also where companies like AirMap come in. AirMap now has a partnership with the Kansas Department of Transportation to provide air traffic management services for unmanned aircraft systems (UAS’s).
There is real business potential.
A Porsche Consulting Study estimates that by 2035, the personal urban airborne transportation industry will be valued at $32 billion. Other studies cite similar figures, and the research and analysis by Deloitte and others substantiate the claims of the Porsche study.
Sources
Geely’s Involvement in the Flying Car Industry
Hangzhou, China – based Geely Automotive may seem to be just another well-performing car manufacturer. In reality, their stake and exposure to the flying car market is much stronger and more developed than many automakers. Having posted growth in 2017 of 108%, Geely is expanding extremely rapidly, and a number of acquisitions have accompanied this expansion. First, it was the...

Geely’s Involvement in the Flying Car Industry

Hangzhou, China – based Geely Automotive may seem to be just another well-performing car manufacturer. In reality, their stake and exposure to the flying car market is much stronger and more developed than many automakers.
Having posted growth in 2017 of 108%, Geely is expanding extremely rapidly, and a number of acquisitions have accompanied this expansion. First, it was the so-called “Daimler deal” that made Chairman of Geely Li Shufu the single largest shareholder of Mercedes-Benz. His share is estimated at $9 billion. The deal was large enough to cause internal investigations and gain the German Government’s curiosity. Li already owns Volvo and part of AB Volo, their commercial vehicles company.
But Geely also sought to expand toward the flying car market. In mid-November 2017, Geely purchased American flying car upstart Terrafugia, and promptly promised a flying car by 2019. Terrafugia is currently marketing their Transition, which is an entry-level flying car, but plans to leverage their experience and develop a new model, dubbed the TF-X, within the next coming years. The Terrafugia is planned to enter market in 2019, and the TF-X in 2023.
Why it’s important: While the story of Geely’s growth and subsequent acquisitions of new companies is nothing new, what’s notable is their inclusion of a flying car company (Terrafugia) in the acquisition list. This transaction underscores the importance that many automakers are placing on becoming magnates in the flying car market, and demonstrates that real commitments are being made to gain a piece of the industry.
Source
- https://au.news.yahoo.com/a/39583832/high-speed-chinas-geely-2017-net-profit-soars-amid-global-push/
- https://www.reuters.com/article/us-daimler-geely-shell-insight/how-geelys-li-shufu-spent-months-stealthily-building-a-9-billion-stake-in-daimler-idUSKCN1GD5ST
- http://www.scmp.com/business/companies/article/2120084/geely-buys-us-start-terrafugia-and-promises-flying-car-2019
- Image Credit: Terrafugia
Japanese Government Launches Flying Car Study
The Japanese Economic, Trade and Industry Ministry began studies on Monday to examine putting flying cars to practical use. An advisory panel will conduct discussions on integrating flying cars to the current transportation network and develop a roadmap for their application by 2020. Additionally, the ministry intends to facilitate public-private cooperation to overcome any of the challenges that integration of...

Japanese Government Launches Flying Car Study

The Japanese Economic, Trade and Industry Ministry began studies on Monday to examine putting flying cars to practical use.
An advisory panel will conduct discussions on integrating flying cars to the current transportation network and develop a roadmap for their application by 2020. Additionally, the ministry intends to facilitate public-private cooperation to overcome any of the challenges that integration of flying cars may bring.
Why it’s important: Singapore and the United Arab Emirates already provide demonstration sites for flying cars, and growing sentiment toward becoming “flying-car friendly” represents a lucrative economic and infrastructure development stance for the host country.
Related Links:
Watch: Kittyhawk Announces Sister Brand Cora
Larry Page backed Kittyhawk Aero recently announced a sister brand, Cora, that intends on producing an “everyday air taxi”. Cora is currently working with the New Zealand government on manufacturing the vehicle and flight tests have already taken place. The timeline for entry to service is “somewhere around five years” said Kitty Hawk CEO Sebastian Thrun – but that could...

Watch: Kittyhawk Announces Sister Brand Cora

Larry Page backed Kittyhawk Aero recently announced a sister brand, Cora, that intends on producing an “everyday air taxi”. Cora is currently working with the New Zealand government on manufacturing the vehicle and flight tests have already taken place. The timeline for entry to service is “somewhere around five years” said Kitty Hawk CEO Sebastian Thrun – but that could time frame could be shortened to three years pending the progression of the certification process with the New Zealand Civil Aviation Authority. The fully autonomous Cora utilizes a combination of vertical and horizontally – oriented propulsors to allow Cora to liftoff vertically and then slowly transition to flight speeds using only its pusher propellor.
Watch Cora’s introduction here:
Source
Wall Street Journal: Flying Car Industry Ripe for Advancement
The atmosphere is ripening for flying cars, including advancements in energy storage, electric motors, public acceptance, and regulatory environment. Companies like Uber, Airbus, E-Volo, Lilium Aviation and many others are all trying to get into the (air)space. Originally designed as cars with wings, prototypes are taking the form of small vehicles that take off and land vertically (VTOL) for short...

Wall Street Journal: Flying Car Industry Ripe for Advancement

The atmosphere is ripening for flying cars, including advancements in energy storage, electric motors, public acceptance, and regulatory environment. Companies like Uber, Airbus, E-Volo, Lilium Aviation and many others are all trying to get into the (air)space. Originally designed as cars with wings, prototypes are taking the form of small vehicles that take off and land vertically (VTOL) for short commutes through the air. Trials for some of these vehicles start as early at the end of this year and may begin sales within five years. However, a lot of work needs to be done by the industry to prove the technology, work with air-traffic-management regulators, and figure out how to effectively refuel and maintain these vehicles to keep them in the air.
Vehicle Manufacturers:
Related Links:
- WSJ Article: https://www.wsj.com/articles/the-flying-car-may-be-getting-off-the-ground-1498010760
- Flying Taxis Video: https://transportup.com/headlines-breaking-news/watch-three-companies-trying-to-be-your-flying-taxi/
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