Shield AI Achieves Collaborative Multi-Jet Aircraft Autonomy with Kratos MQM-178 Firejets

.Shield AI, Inc., the technology company building AI pilots, completed a major milestone on the path towards its overarching goal of providing autonomy for the world by successfully demonstrating its first-ever multi-jet autonomy flights on two Kratos MQM-178 Firejets. The flight tests featured two autonomous agents piloted by Shield AI’s ‘Hivemind’ AI Pilot. These agents […]

Drones Successfully Fly Blood Packs in Longest Ever BVLOS Flights in UK First

Blood packs have been successfully flown by drone in a series of ‘beyond visual line of sight’ flights, for the first time in the UK. In a research study to check the viability of flying blood via drone, run jointly by NHS Blood and Transplant (NHSBT) and medical logistics company Apian, ten units of packed […]

AgEagle Reports Y/Y Rise in Q2 Earnings & Revenues

.AgEagle Aerial Systems, Inc.  has shown notable progress in its second-quarter 2024 earnings, reflecting the impacts of efforts to stabilize its financial performance. Despite a modest increase in revenues, the company managed to significantly reduce its net loss per share for the quarter. This turnaround was driven by effective cost-control measures, a diversified product portfolio […]

Ukraine Invests in Domestic Defense Industry to Strengthen Post-War Economy

New Agreements Highlight Ukraine’s Commitment to Local Production of Military Technologies Ukraine is taking significant steps to bolster its defense capabilities and support its economy by focusing on domestic production. The Ministry of Defense has signed new agreements to procure locally produced drones, electronic warfare (EW) systems, and communication equipment, reports Global Defense News. These […]

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Multi-Band Mesh Networking Technology on the Drone Radio Show!

On this episode of the Drone Radio Show, Amol Parikh, co-CEO of Doodle Labs. talks with host Randy Goers about the company’s revolutionary mesh communication radios, and how multi-band technology can benefit military and commercial applications.  Listen here: Drone Radio Show · Multi-Band Mesh Networking Technology in UAV Operations: Amol Parikh, Doodle Labs Amol Parikh […]

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UAVOS Tests AI-Driven Autopilot System for GNSS-Denied Environments

Autonomous Helicopter Successfully Navigates Using Computer Vision in Day and Night Conditions, Paving the Way for Advanced Drone Applications by DRONELIFE Staff Writer Ian J. McNabb Silicon Valley-based autonomous helicopter developer UAVOS recently announced that they had successfully tested their autopilot system using computer vision in collaboration with a client. This innovative new AI-driven approach […]

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Cambridge City Airport Adopts Altitude Angel’s Approval Services Platform for Streamlined Drone Operations

New Digital System Reduces Drone Flight Approval Times from 21 Days to 5, Enhancing Efficiency and Safety in the Airport’s Flight Restricted Zone by DRONELIFE Staff Writer Ian J. McNabb UK-based Unified Traffic Management (UTM) technology provider Altitude Angel recently announced that Cambridge City Airport has begun using their Approval Services platform, allowing drone operators […]

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Dutch Ministry of Defense Secures 51 Drone Radars for Ukraine

Latest Purchase Enhances Mobile Detection Capabilities for Counter-Drone Operations The Dutch Ministry of Defense has confirmed an additional order of 51 drone radars from Robin Radar Systems, based in The Hague. This order, signed on August 21, follows an initial procurement of 51 static IRIS drone radars, which were acquired 18 months ago. The new […]

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These 4 European cities are best suited for passenger drones

Last week we told you about the top U.S. cities best suited for passenger drones. But what about the top cities for European passenger drones?

Just as the U.S. had some clear standout cities — due to factors including terrain, regulatory environment and impact — Europe has some prime zones that could be best suited for unique, innovative aircraft including human-carrying drones.

European passenger drones

The picks for top cities for European passenger drones comes from Lufthansa Innovation Hub, which is the research arm of the German air carrier. To name the most viable global cities for launching Advanced Air Mobility (AAM) operations, they teamed up with V2Air, Roland Berger and Unisphere.

AAM is a wide-ranging term that covers refers a broad category of innovative aircraft including, yes, passenger drones.

Passenger drones could prove particularly valuable in a few situations including travel through cities that are otherwise congested on the ground (or just have impractical road blockers like bodies of water). They might even fly outside of cities, covering distances between cities that are too close to each other to justify a traditional airplane ride, but far enough away that a drive would be annoyingly long.

Lufthansa Innovation Hub and its partners used June 2024 data to analyze 26 major European cities. From there, it ranked those cities based on factors critical in launching viable operations of European passenger drones. Those factors included:

  • Geographical terrain (tall structures and natural obstacles could present greater hazards)
  • Airspace
  • Authority (including regional aviation legislation and local initiatives supporting technological development)
  • Weather
  • Aviation infrastructure and area impact
  • Time savings (how efficient ground-based vehicles and public transport currently are)

Cities were then given a feasibility score, which consists of:

  • 25% terrain
  • 25% airspace
  • 50% authority

They also received a viability score, consisting of:

  • 25% weather
  • 25% area impact
  • 50% time savings

Among the major European cities that had high feasibility but low viability were:

  • Brussels
  • Copenhagen
  • Dublin
  • Frankfurt
  • Helsinki
  • Istanbul
  • Stockholm

Of the major European cities that had high viability but low feasibility were:

  • Barcelona
  • Cologne
  • London
  • Manchester
  • Monaco
  • Nuremberg
  • Rome
  • Stuttgart
  • Zurich

Meanwhile, Amsterdam, Athens, Lisbon and Madrid didn’t score particularly well on either metric — so don’t expect passenger drones in those European cities anytime soon.

The cities best suited for European passenger drones

But which cities scored well in both feasibility and viability? Four cities stand out: Berlin, Hamburg, Munich and Vienna. Three of the four — Berlin, Hamburg and Munich — are in Germany. And unsurprisingly, Germany is considered one of the hottest hubs for drones in general. Vienna is a neighbor over in Austria. 

Vienna is home to a UTM (unmanned traffic management) company called Frequentis. They have long been building communication and information systems for control centers that demand safety-critical tasks. And with the rise of drones, building a UTM solution has become a natural fit for Frequentis. The company has a 30% market share in voice communication systems for air traffic control.

Vienna stood out particularly for its favorable airspace environments. What’s interesting about Vienna is it does have restricted military airspace. But, the routes are designed in a manner that they are easy to navigate around. That said, Monaco and Vienna also scored fairly highly for have “clean” route configurations.

Over in Germany, we’ve also already seen strong drone adoption already. In 2022, Germany’s national railway company, the Deutsche Bahn, announced it was adopted drones for monitoring railway infrastructure and maintenance. It’s working with Pix4D Germany on the project.

Germany is home to Interaerial Solutions, which is one of the world’s largest drone conferences around geoinformation.

Other standout contenders for European passenger drones

Though the following cities didn’t score highly on both the feasibility and viability metrics, some cities did still stand out for dominating certain categories. Some of those highlights are:

Amsterdam: Amsterdam is famous for its waterways, as canals line the city. It’s also quite flat. Given that, the city in The Netherlands ranked highly for terrain suitability. Flatter terrain means fewer vertical ascents and descents. Less up and down motion means aircraft consume less energy, which in turn means that they can fly longer flight routes, or can get turned around faster without spending too much time recharging. That options more route possibilities for passengers — and opens more revenue opportunities for operators.

Paris: Paris has something big going for it, and that’s strong support from the local government. That’s critical, as local government support can likely lead to better partnerships, funding opportunities and support for pilot projects. 

Paris is the site of what’s called the “Paris-Saclay Autonomous Lab” project, which develops and tests autonomous air transportation systems in the area. There’s also a big testing ground over at the Pontoise Cormeilles airfield. And, a group called Re:Invent Air Mobility also studies drones.

Which European city would you most like to see passenger drones operate in? Leave a comment below!

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Drones will Revolutionize the Inspection of Remote Runways in Canada

With weather, limited flights and long distances, gravel runways at remote airports — particularly in Northern Canada — are difficult to get to, let alone to inspect for safety. So Northeastern University researcher Michal Aibin and his team have developed a more thorough, safer and faster way to inspect such runways using drones, computer vision and artificial […]