What does the future airport look like? Take a journey through the tech that is changing airports — and air travel — across the globe. From eVTOL vehicles to autonomous flights, we're witnessing a shift towards a greener, more efficient future for air transportation.
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The air taxi, known as an eVTOL (electric vertical takeoff and landing aircraft), has performed a silent and seamless flight in New York City. The potential for autonomous e-Mobility is growing daily and evolving across various mobility industries. Will we soon be using electrified air travel to move around? Learn more about the future of autonomous e-Mobility and register for the #AEMOBForum
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I was thinking about getting a Xiaomi Su7 but this looks even cooler. Given China’s leading position in EV, low altitude drone tech, and innovative approach to regulations, can’t say as it is surprising we’ll see the first big flying car push there. Commercial orders begin this year. Sure it will be a while before mass adoption, but as this is happening now in China - give it 5-10 years before we start seeing these and other drone taxis around cities.
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The Urban Air Mobility market is set to grow from $3.8 billion in 2023 to $28.5 billion by 2032, driven by eVTOL aircraft, autonomous technologies, and expanding infrastructure like vertiports for sustainable urban transportation. #UrbanAirMobility #MarketGrowth #eVTOLAircraft #AutonomousTechnologies #SustainableUrbanTransportation #InfrastructureExpansion #FutureOfTransportation #Vertiports #BillionDollarIndustry #UrbanMobilityRevolution #SmartCities
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Traffic jams and crowded cities are a growing pain. Enter flying cars and eVTOLs (electric vertical take-off and landing vehicles) – the potential future of transportation! These revolutionary vehicles could soar above traffic, reducing congestion and emissions. Imagine traveling across town in minutes, not hours! Over 250 companies are developing eVTOLs, aiming to bring them to market soon. Here's what makes them exciting: Eco-Friendly: Electric eVTOLs could significantly cut down on greenhouse gasses and pollution compared to traditional cars. Time-Saving: Imagine zipping over traffic jams, saving precious time for work or leisure. Space Savers: Flying cars could be designed to be compact and require less parking space than traditional vehicles. Challenges remain. Regulations need to be developed for safe operation in our skies. Fully electric flying cars with extended range are still under development. But the future looks bright! With innovation in design, battery technology, and regulations, flying cars and eVTOLs could transform our cities and the way we travel. This is an exciting time for the transportation industry, and the sky's the limit! #eVTOLs #flyingcars #eVTOL #futureoftransportation #urbanmobility #aviationroutes
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I was watching the eVTOL panel at the All-In Summit, featuring CEOs from advanced air mobility (AAM) companies (Joby, Archer, and Wisk). The discussion was packed with insights about the future of urban transport. Here's what stood out: 🛫 Regulations & Markets: The US regulatory process is facing challenges, possibly due to regulatory capture or a lack of industry experience within the FAA. However, international markets such as the UAE and New Zealand are embracing eVTOLs more quickly, suggesting where these innovations may take off first. 🛡️ Safety and Community Acceptance: Noise is the biggest concern after safety for evtols acceptance. Building public trust through noise reduction and stringent safety protocols is essential for integrating eVTOLs into city environments. 📅 Launch Timeline: Joby and Archer are targeting a 4Q25 launch, while Wisk plans to roll out its autonomous vehicle by 1Q26 for commercial operations. This sets the stage for an exciting period in urban mobility. 🧠 Autonomy in Aviation: Autonomous technology will be crucial in enhancing safety, aiming to bring the reliability of airplane standards to everyday transportation. The long-term vision is to shift road traffic into the skies, enabling vehicle launches from homes, reducing human error, and optimizing air traffic operations. 🌍 Sustainability: The goal is to first create a multimodal transportation system where short-distance connecting flights are replaced by eVTOLs, significantly reducing aviation fuel consumption and promoting greener transport options. So, will we finally see flying cars take to the skies in the next few years?
Flying Cars Have Arrived! eVTOL Panel: Archer, Joby, Wisk | All-In Summit 2024
https://www.youtube.com/
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The Future Takes Flight: Autonomous eVTOLs Transforming Air Mobility A new era of transportation innovation is unfolding with the introduction of autonomous electric vertical take-off and landing (eVTOL) aircrafts. These advanced air mobility (AAM) systems promise to revolutionize urban and regional transportation by offering efficient, sustainable, and rapid transit solutions, transforming daily commutes and cargo deliveries. eVTOL technology, enabling vertical ascent, hovering, and landing, is gaining traction in both academic research and commercial ventures. Its advantages over traditional aviation include alleviating ground traffic congestion, reducing travel times, and lowering the carbon footprint of air travel through electric propulsion. Global urbanization is pushing conventional transport infrastructure to its limits, creating a need for more efficient solutions. However, integrating eVTOLs into mainstream transportation networks faces challenges such as ensuring safety, establishing regulatory frameworks, and gaining public acceptance. Autonomous eVTOLs must demonstrate fail-safe operation under diverse conditions to gain regulatory and public approval. Regulatory bodies like the FAA and EASA are developing guidelines tailored for eVTOL operations, covering pilot training, vehicle certification, and air traffic management. Public acceptance is crucial, requiring manufacturers and policymakers to address concerns over noise, safety, and privacy. Despite these challenges, the potential benefits of eVTOLs are undeniable, offering faster travel and reduced environmental impact. As technology progresses, eVTOLs will integrate with smart city infrastructure and air traffic systems, promising a new dimension of connectivity in our urbanized world. . . #eVTOL #AirMobility #technology #ev #new
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Flying cars have been a part of fantasy and sci-fi stories since the early 1900s, but they have yet to reach the actual skies. Now, flying cars, or electric vertical take-off and landing vehicles (EVTOLS), are closer to becoming a reality than they ever have been before, with firms in the U.S., Europe, and Asia all working on developing these vehicles. Major companies and startups are investing in this technology, which could transform transportation by offering faster, quieter, and more environmentally friendly travel options. Check out this article to learn more about EVTOLS, the technology behind them, and the promise and challenges of the EVTOLS market.
Inside the world of flying cars, or eVTOLs, which are moving closer to reality
cnbc.com
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Muy interesante!! (🚗+🚖+🚘+🚒+🚓+🚕)*🛩=🚀😀 Flying cars — or eVTOLs — are becoming reality. Would you ride in one? The electric vertical take-off and landing (eVTOL) market could be worth $1 trillion by 2040, according to JPMorgan. eVTOLs are popularly called flying cars, air taxis or passenger drones and dozens of companies are wokring on thier own vehicles hoping for them to take flight this decade. Proponents of the aircraft see them as viable alternatives to travel in urban environments or between close by cities.
Flying cars — or eVTOLs — are becoming reality. Would you ride in one?
cnbc.com
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We have just published the #eVTOL Pathway #Standards Roadmap. It groups standards and regulations in 11 themes: #Competency, #Airworthiness, Enterprise #Safety management and Assurance, #Vertiports, #Energy Infrastructure, #Operations, Digital #trust and assurance, #Airspace Integration, Detect and Avoid (#DAA), #C2 / #C3 link and #Manufacturing. You can review and comment to help us fully unlock the potential of routine commercial passenger-carrying piloted (and in the longer-term autonomous) eVTOL Operations.
Th first draft of the #eVTOL Pathway Standards Roadmap is now live, and we want your input! This is your chance to help shape the future of advanced air mobility. The roadmap identifies the standardization activity required to support routine commercial passenger-carrying piloted eVTOL operations and pave the way for autonomous flights – fuelling the growth and industrialization of #FutureFlight in the UK. Ready to make an impact? Join our Future Flight Standards Hub and share your thoughts. Together, we can drive the industry forward and turn routine eVTOL operations into reality! Have your say now: https://bit.ly/47B2FaZ #BSIStandards #Aviation #AirMobility
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The next frontier of urban air mobility is coming closer. Electric vertical take-off and landing vehicles, or eVTOLs, are being tested in cities around the world. With over 85 years of experience in understanding and predicting weather conditions and enabling aviation safety, Vaisala has a key role to play as eVTOLs come into use. Vaisala's Fernando Trolia Slamic summarizes how eVTOLs will be used in the near future. 📺 Learn more about how we are shaping the future of the skies with weather intelligence 👉 https://bit.ly/3W89D2O #Vaisala #eVTOLs #TakingEveryMeasure
eVTOL
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