小程序
传感搜
传感圈

Flying Taxis in Denmark: “Now is the Time to Start Building” Says Airport Chairman

2023-02-21
关注


fotokredit Sebastian Thomas Bay, courtesy HCA Airport


Danish Partnership to Bring eVTOL Transportation to Denmark

by DRONELIFE Staff Writer Ian M. Crosby



A new partnership has been formed between HCA Airport in Odense and Copenhagen Helicopter to establish infrastructure for electric vertical take-off and landing aircraft (eVTOL) to transport passengers between Denmark’s largest cities.

Continue reading below, or listen:

DroneLife · Flying – Taxis – In – Denmark – Now – Is – The – Time – To – Start – Building

The goal of the partnership is to provide Denmark with a eVTOL prototype by this summer, and afterwards develop one or more vertiports in Odense.



fotocredit DuFour, courtesy HCA Aircraft


“I foresee that in a few years’ time you can take the light rail to Odense Station and from there take a flying taxi to Copenhagen or other Danish cities. Now is the time to start building a brand new infrastructure based initially on manned flying taxis that fly on green power and contribute to the government’s goal of achieving 100% green domestic transport by 2030,” said HCA Airport Chairman Kim Kenlev. “I see nothing stopping us from flying to cities like Gothenburg, Hamburg or Berlin in the future. Advanced Air Mobility is high on the agenda everywhere, and these cities are within reach of these flying taxis.”

The partnership aims to bring foreign AAM operators to HCA Airport, either through testing and demonstration activities or longer term service and maintenance. HCA Airport is already home to the UAS Denmark Test Center, an internationally recognized drone test site.

“Advanced Air Mobility is based on a new revolution in aviation that says goodbye to fossil fuels in favour of electrification and biofuels – which we already know from the transition from traditional cars to hybrid and electric cars and later self-driving cars. It offers a whole new opportunity to transport people on a daily basis via the skies, while reducing greenhouse gas emissions, reducing noise levels and much more,” said Copenhagen Helicopter CEO Martin Andersen.

fotocredit DuFour, courtesy HCA Airport


Andersen states Copenhagen Helicopter’s calculations indicate that the AAM field has the potential to transport 84,000 passengers per day and remove 120,000 tonnes of CO2 from Danish roads by 2035.

“This could well be the beginning of what will be a whole new way of transporting ourselves and goods in the future. We can see that other countries and cities are already way ahead, and Denmark and Odense must of course also follow this trend. The flying taxis of the future can fly on green power produced by Danish offshore wind turbines, and they can help shift traffic away from the roads,” said Odense mayor Peter Rahbæk Juel. “Funen’s robotics adventure began with some talented engineers from the University of Southern Denmark and a city that dared to think big and take a risk. In the same way, I see this as the first steps towards a new business venture that will hopefully generate jobs, contribute to the green transition and create a whole new way of transporting people.”

Countries such as Korea and Germany already possess advanced frameworks for the introduction of flying taxis. Seoul has plans for regular drone flights across the city as soon as 2025, while in Germany an Airbus-led partnership including Deutsche Bahn, Munich Airport and Telekom is pursuing the implementation of flying taxis between German cities. A total of €86 million has been earmarked for this project over the next three years.

Meanwhile in the US, early in 2022 Boeing invested $450 million in Wisk Aero, a Silicon Valley company in the process of developing a self-flying propeller aircraft.

Read more:

  • DRONEII: Flying Cars, Air Taxis, and eVTOLs -the Varieties and Specifications of Passenger Drones [Infographic]
  • Drone Taxis are Big Business: The New Ride Share
  • EHang: Getting Close to Commercial Applications in Drone Taxis
  • Drone Taxi Market Predicted to Grow to More than $800 Million in the next 8 years. Where Will They Fly?

Ian attended Dominican University of California, where he received a BA in English in 2019. With a lifelong passion for writing and storytelling and a keen interest in technology, he is now contributing to DroneLife as a staff writer.



Miriam McNabb

Miriam McNabb



Miriam McNabb is the Editor-in-Chief of DRONELIFE and CEO of JobForDrones, a professional drone services marketplace, and a fascinated observer of the emerging drone industry and the regulatory environment for drones. Miriam has penned over 3,000 articles focused on the commercial drone space and is an international speaker and recognized figure in the industry.  Miriam has a degree from the University of Chicago and over 20 years of experience in high tech sales and marketing for new technologies.
For drone industry consulting or writing, Email Miriam.

TWITTER:@spaldingbarker

Subscribe to DroneLife here.


See Also

  • The World's First Flying Drone Car
  • Feds Investigating Drone Sightings At NYC's John F. Kennedy Airport
  • "Drone Guy" Arrested for Flying Drone in NYC
  • Parrot Introduces the Flying Saucer Drone
  • JetBlue Pilots Report Nearby Drone Near FL Airport






参考译文
丹麦的飞行出租车:“现在是时候开始建造了”机场主席说

丹麦欧登塞HCA机场和哥本哈根直升机公司建立了新的合作伙伴关系,为电动垂直起降飞机(eVTOL)建立基础设施,在丹麦最大的城市之间运输乘客。合作的目标是在今年夏天之前为丹麦提供eVTOL原型,然后在欧登塞开发一个或多个垂直机场。“我预见到,在几年时间里,你可以乘坐轻轨到欧登塞站,然后从那里乘坐飞行出租车到哥本哈根或其他丹麦城市。现在是时候开始建设一个全新的基础设施了,最初是基于使用绿色能源飞行的载人飞行出租车,并为政府到2030年实现100%绿色国内交通的目标做出贡献,”HCA机场董事长Kim Kenlev说。“我认为没有什么能阻止我们未来飞往哥德堡、汉堡或柏林这样的城市。先进的空中交通在任何地方都是重要的议程,这些城市都在这些飞行出租车的范围内。“该合作伙伴关系旨在通过测试和演示活动或长期服务和维护,将外国AAM运营商引入HCA机场。HCA机场已经是UAS丹麦测试中心的所在地,这是一个国际公认的无人机测试场所。“先进空中交通是基于一场新的航空革命,告别化石燃料,支持电气化和生物燃料——我们已经从传统汽车向混合动力和电动汽车以及后来的自动驾驶汽车的过渡中了解到这一点。它提供了一个全新的机会,让人们每天都可以通过空中运输,同时减少温室气体排放,降低噪音水平等等。”哥本哈根直升机公司首席执行官马丁·安德森说。安德森表示,哥本哈根直升机公司的计算表明,到2035年,AAM领域有潜力每天运送84,000名乘客,并从丹麦道路上减少120,000吨二氧化碳。“这很可能是未来一种全新的运输方式的开始。我们可以看到,其他国家和城市已经走在了前面,丹麦和欧登塞当然也必须跟上这一趋势。欧登塞市长Peter Rahbæk Juel说:“未来的飞行出租车可以使用丹麦海上风力涡轮机产生的绿色能源飞行,它们可以帮助减少道路交通。”Funen的机器人冒险始于南丹麦大学(University of Southern Denmark)的一些有才华的工程师,以及一个敢于大胆思考和冒险的城市。同样,我认为这是迈向新商业冒险的第一步,有望创造就业机会,为绿色转型做出贡献,并创造一种全新的交通方式。“韩国和德国等国家已经拥有引进飞行出租车的先进框架。首尔计划最早在2025年让无人机定期飞越城市,而在德国,由空客牵头的合作伙伴,包括德国联邦铁路(Deutsche Bahn)、慕尼黑机场(Munich Airport)和德国电信(Telekom),正在寻求在德国城市之间实施飞行出租车。在未来三年内,该项目共拨款8600万欧元。与此同时,在美国,波音公司于2022年初向硅谷公司Wisk Aero投资4.5亿美元,该公司正在开发一种自动飞行的螺旋桨飞机。阅读更多:伊恩就读于加州多明尼加大学,于2019年获得英语学士学位。他一生热爱写作和讲故事,对技术有着浓厚的兴趣,现在是DroneLife的特约撰稿人。TWITTER:@ spaldingbarker订阅DroneLife。

  • en
您觉得本篇内容如何
评分

相关产品

EN 650 & EN 650.3 观察窗

EN 650.3 version is for use with fluids containing alcohol.

Acromag 966EN 温度信号调节器

这些模块为多达6个输入通道提供了一个独立的以太网接口。多量程输入接收来自各种传感器和设备的信号。高分辨率,低噪音,A/D转换器提供高精度和可靠性。三路隔离进一步提高了系统性能。,两种以太网协议可用。选择Ethernet Modbus TCP\/IP或Ethernet\/IP。,i2o功能仅在6通道以太网Modbus TCP\/IP模块上可用。,功能

雷克兰 EN15F 其他

品牌;雷克兰 型号; EN15F 功能;防化学 名称;防化手套

Honeywell USA CSLA2EN 电流传感器

CSLA系列感应模拟电流传感器集成了SS490系列线性霍尔效应传感器集成电路。该传感元件组装在印刷电路板安装外壳中。这种住房有四种配置。正常安装是用0.375英寸4-40螺钉和方螺母(没有提供)插入外壳或6-20自攻螺钉。所述传感器、磁通收集器和壳体的组合包括所述支架组件。这些传感器是比例测量的。

TMP Pro Distribution C012EN RF 音频麦克风

C012E射频从上到下由实心黄铜制成,非常适合于要求音质的极端环境,具有非常坚固的外壳。内置的幻像电源模块具有完全的射频保护,以防止在800 Mhz-1.2 Ghz频段工作的GSM设备的干扰。极性模式:心形频率响应:50赫兹-18千赫灵敏度:-47dB+\/-3dB@1千赫

ValueTronics DLRO200-EN 毫欧表

"The DLRO200-EN ducter ohmmeter is a dlro from Megger."

Minco AH439S1N10EN 温湿度变送器

Minco空间湿度探测器组件具有温度补偿功能,结构紧凑,重量轻。它们是为直接安装在建筑内墙上而设计的。他们的特点是集成电路传感器与稳定的聚合物元件,是由烧结不锈钢过滤器封装,加上先进的微处理器,以提供准确和可重复的测量。温度输出是可选的。,用于需要:

评论

您需要登录才可以回复|注册

提交评论

dronelife

这家伙很懒,什么描述也没留下

关注

点击进入下一篇

2023年数字化战略中不包括物联网的后果

提取码
复制提取码
点击跳转至百度网盘