Thank you for attending this year's conference. We hope you enjoyed the event and are already implementing key takeaways. Below you will find the presentation slides submitted to us. To view the files simply click on the speaker's names. Please note that any missing presentations were not made available.
Analysing the current state of the market and the near-term outlook
Exploring the critical trends and future expectations for the market
Updates on realistic roll-out timelines and what could impact these
Opportunities for investors and public/private partnerships
Future evolution of the AAM market
We gather industry leaders at the forefront of the air mobility industry to discuss their reaction to, and views on, the industry forecast and what their predictions are for the future path of the industry.
The roundtable starts at minute 27 on the above video The Future of Air Mobility – Forecast & Trends
In this session we hear from the founder and Chief Executive Officer of Joby Aviation, getting insights into their recent progress and their path to commercialization in 2025, his views on the benefits of vertical integration in aerospace and what it means to be a startup in the aerospace sector.
Regulation and certification are the primary challenges for AAM – examining how to balance the need to support innovation verses safety and security considerations
Reviewing the disconnect between regulators in different regions and how the industry can move towards harmonization of standards
The race to certification – an update on where the industry is in terms of approvals
Exploring industry collaboration to identify solutions and overcome hurdles
Exploring the emerging technologies that are shaping the future of air travel
Powering AAM - electric and hybrid-electric propulsion
Looking at what new materials and electrical systems are required for this new mode of air transportation
Advancements in battery technology and capacity
The road to net zero – delivering low carbon solutions
The first generation of eVTOL has achieved tremendous milestones, improving the viability of Urban Air Mobility. But the industry, to this point, has yet to solve the critical, real-world challenge of operating noise. Unlocking the true potential of the market requires a new generation of propulsion and aircraft technology that achieves ultra-low noise operation – not just at high altitude cruise, but more importantly, in take-offs and landings to achieve acceptance from the general public, as well as widespread accessibility. Hear from the co-founders of emerging eVTOL leader MagLev Aero on the challenges and opportunities of eVTOL acoustic management and the next breakthrough in propulsion: a platform that operates at significantly higher efficiency with lower tip speeds and blade loading to reduce noise levels in hover vs. helicopters and multi-rotor eVTOLs.
Investigating the challenges of putting in place a complex on-the-ground infrastructure for AAM operations – what are the current structures in place that could be used for vertiports and what is required in addition?
How do you finance the infrastructure required and what strategies should be deployed to obtain the buy in of the relevant local authorities and stakeholders?
How do you integrate the requirements for electrical charging? What security considerations need to be planned out?
How should airports be incorporating AAM into their future growth plans?
Analyzing how to future-proof and guarantee the viability of any infrastructure being put in place
Overview of the infrastructure timeline: why is now the time for infrastructure, where will the first sites be, what is the opportunity, what is the relationship between infrastructure developers and aircraft operators/manufacturers?
From testbed to operational network: deep dive on the European testbed terminal at Pontoise-Cormeilles airfield, Paris and the Dubai vertiport network with the Roads and Transport Authority (RTA), Dubai.
Envisioning a future airspace – how will traffic management systems and technologies evolve to incorporate AAM?
How can AAM integrate into the existing infrastructure and how will current systems adapt to an influx of new users? What will be required in terms of automation?
What are the obstacles and barriers to entry in terms of air traffic management?
How do you ensure you develop an ecosystem that assures safety and secures scalability?
Advanced Air Mobility will fundamentally alter the way that aircraft and airspace are managed – how do you develop a workforce that is ready for these future requirements?
What is needed to train flight crews, maintenance staff and ground support?
What strategies are AAM companies employing to attract and secure talent?
Delving into the dramatic change required in workforce training and capabilities
Public acceptance and passenger adoption are key factors in ensuring AAM becomes a reality – a look at the social barriers to implementation
Factors such as noise, safety, reliability, visual pollution, privacy, and security have all been flagged as challenges to widespread adoption – what tactics can the industry employ to assure fears and foster support?
How can the benefits of eVTOL be communicated clearly and on a mass scale to communities?
Reducing CO2 emissions – promoting AAM as a sustainable transport solution
Building the ecosystem with key stakeholders and partners
Achieving important milestones for each building block: aircraft certification, infrastructure building, routes definition and authorizations
Coordinating, communicating and addressing public acceptance
Testing and making it happen
In this session we hear from BETA, to get insight into their expanded offering, commercial progress, and recent technical milestones. They will share views on the benefits of step wise integration, and why the company believes in a crawl, walk, run approach to commercialization.
The challenges ahead for the launch of the Advanced Air Mobility market are not only designing, building and certifying an eVTOL but also establishing the entire ecosystem that will support initial operations and the scaling of the industry. eVTOLs will operate in structured environments similar to commercial aviation. Eve Air Mobility is taking a holistic approach to AAM and has been simulating future operations and developing concepts of operations (CONOPS) to examine the market needs and facilitate its creation. From Rio de Janeiro to Chicago, the company has learned the vehicle and passenger journeys, infrastructure and operation requirements, among other learnings, for different use cases that will provide safe, sustainable and accessible urban flights to communities across the globe. Join Eve's Co-CEO, Andre Stein, in this session to learn more about the company's findings.
The next few years sees several large-scale events that have announced they wish to utilise advanced air mobility to solve mass transit issues. These catalyst events will be a testbed for AAM technology, infrastructure, operations, and maintenance, as well as a gauge on public and social acceptance. Here we gather some of the key stakeholders from these world-renowned events to discuss their plans for eVTOL, what the key considerations are when attempting to implement a new mode of transport, and their expectations for making AAM a reality.