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Chairperson’s Welcome Address

Opening Keynote: Paving The Way To eVTOL Commercialization

Eric Allison, Chief Product Officer, Joby Aviation

An in-depth analysis of the journey towards the commercialization of Joby’s aircraft. Joby Aviation will share insights on the current state of the industry, market demand, regulatory hurdles, sustainability efforts, and the crucial role of partnerships. Attendees will gain a comprehensive understanding of the strategies and challenges involved in bringing eVTOL technology to market.

• Overview of significant advancements and achievements in the eVTOL sector over the past year

• Analyzing the market demand for eVTOL aircraft across different segments, from urban air mobility to regional transport

• Exploring the regulatory environment for eVTOL commercialization

• Key milestones and challenges that Joby Aviation and other eVTOL companies must overcome to achieve certification and regulatory approval

• The importance of building a robust ecosystem through strategic partnerships and collaborations

• Assessing public perceptions of eVTOL aircraft and strategies to enhance acceptance

• Insights into the challenges and strategies for scaling manufacturing processes to meet the demands of commercialization

The Promise Of Energy-Efficient Battery-Powered Urban Aircraft: Advances, Challenges, And Technological Readiness

Venkat Viswanathan, Faculty at University of Michigan, Co-Founder, Aionics, Chement, And Battery Aero, QuantumScape

• Battery-specific energy and power requirements for eVTOL operation

• Impact of design parameters like disk loading and lift-to-drag ratios on energy efficiency

• Technological readiness of current battery technologies for UAM applications

• Case studies of current and experimental eVTOL aircraft: Joby, Lilium, Beta Technologies, and EVE, Archer, Volocopter

• Regulatory challenges and the role of safety standards in eVTOL adoption

Integrating Advanced Air Mobility (AAM): Navigating The Future Of Airspace Operations

Wendy O’Connor, Executive Director of FAA AAM Integration, FAA

• AAM System Integration with Conventional Airspace: Exploring the technical requirements for integrating AAM platforms like UAS and eVTOL into controlled and uncontrolled airspace without disrupting existing traffic flows

• Collision Avoidance and Air Traffic Management (ATM) Systems: Investigating new advancements in ATM technologies and autonomous systems for real-time conflict detection and resolution in mixed traffic environments

• Energy Management and Battery Technologies for AAM: Analyzing the challenges of electric propulsion systems in AAM vehicles, focusing on energy density, power delivery, and thermal management in urban and regional missions

• Vehicle Certification and Regulatory Compliance: Understanding the evolving certification standards for eVTOLs and UAS, focusing on safety, reliability, and redundancy systems required by aviation authorities

• Noise and Environmental Impact Reduction: Assessing noise management technologies and their environmental impact, ensuring AAM adoption is compatible with urban living

Advancing eVTOL HIL/SIL Validation Testing: Innovations From Tip-to-Battery-To-Tail

Peter Blume, President, Bloomy

Hardware-In-the-Loop (HIL) and Systems Integration Lab (SIL) testing are critical techniques for the validation, integration and certification of electric aircraft. BLOOMY® has commercial offerings for the simulation and test of autonomous systems, battery, engine, environmental, and flight controls, mission, propulsion, and vehicle management systems, as well as sensors, actuators and avionic buses. In this presentation, Peter presents an eVTOL industry-wide challenge statement, an introduction to HIL/SIL testing, as well as commercially available components and architecture for streamlining the commissioning of a new SIL, including some reference configurations for eVTOL. Furthermore, Peter explains how the eVTOL industry-wide challenges are met using HIL/SIL Testing.

• How to develop, integrate and certify a new aircraft, with new battery-electric propulsion, higher autonomy, evolving standards, fewer flight-test hours, higher safety and reliability

• Introduction to HIL/SIL testing, including component testing, integration and certification as well as full iron-bird testing, from Tip-to-Battery-to-Tail

• The latest commercially available technologies for battery cell and pack simulation that increase safety, efficiency, test coverage and performance

• Scalable test system architectures that dramatically reduce labor, cost and lead time for new HIL/SIL deployments, thereby accelerating eVTOL time-to-market

The Future Of eVTOL MRO

Sanu Samuel, Senior VP Strategy and Transformation, Ramco Systems

• Understand the key differences between traditional aircraft MRO models and those required for eVTOL, including the need for specialized tools and expertise

• Explore the emerging role of advanced data analytics, remote monitoring, and predictive maintenance in the upkeep of electric propulsion and battery systems

• Identify the unique challenges presented by the materials and technologies used in eVTOL construction, and how these impact maintenance schedules and costs

• Learn how digital twin technology and virtual simulations can be used to optimize MRO processes, minimize downtime, and improve decision-making in real time

• Gain insights into the collaboration opportunities between MRO providers, eVTOL manufacturers, and technology developers to address the complexity of eVTOL maintenance

• Investigate the regulatory requirements and industry standards that will shape the future of eVTOL maintenance, repair, and overhaul practices

Faster eVTOL Charging, Extending Range, And Propagation Prevention Through Advanced Battery Thermal Management

Bret Trimmer, Applications Engineering Manager, NeoGraf Solutions

• Understanding why effective thermal management is vital for optimizing the performance of eVTOL batteries 

• Reviewing the latest goals and best current methods for drone, ePlane, and eVTOL battery thermal management

• Examining the five factors that allow cells to charge quickly and discussing the single factor that pack designers can control

• Exploring the four primary strategies battery pack manufacturers use to prevent Thermal Runaway and the impact of each on fast charging, cell performance, and cell lifetime

• Understanding the three key advantages that flexible graphite offers for thermal management

• For applications where smaller size and lighter weight is essential, flexible graphite will be discussed as a direct substitute for aluminium

Enhancing eVTOL Performance With Advanced High Power And High Voltage Connectivity Solutions

Dave Amet, Business Development Manager – EVTOL Electric & Hybrid Aviation, Amphenol

The critical role of advanced high power and high voltage connectors in overcoming the unique challenges of eVTOL systems. Attendees will explore the importance of reliable connectivity in high power and high voltage applications, and how innovative solutions can meet the stringent demands of the eVTOL sector.

Customizability and Versatility for Diverse eVTOL Applications

• How advanced connectors can be customized to meet specific requirements of different eVTOL designs

• Case studies showcasing successful integration of high power connectors in various eVTOL models

• Exploration of advanced contact technologies that enhance connector performance and durability

• Benefits of high current carrying capacity for improving eVTOL system efficiency

• Exploration of future trends in high power and high voltage connectivity

• Potential advancements in connector technologies that will further support the evolving needs of the eVTOL industry

• Overview of the operational challenges eVTOL systems face at high altitudes and under varying environmental conditions

• Ensuring reliability and safety with partial discharge-free performance at high altitudes

• Versatility in different shell styles to meet diverse eVTOL application needs

Morning Networking Break

Morning Networking Break Sponsor

Overcoming The Challenges Of eVTOL Powertrain Systems: Advanced Testing And Validation Solutions

Sascha Heinecke, Director Sales Industry Solutions, AVL List GmbH

• Battery Energy Density and Discharge Requirements: 

Addressing the unique demands of eVTOL powertrains on batteries, including the need for high energy density and the ability to withstand dynamic charging and discharging cycles during flight.

• Lightweight, High-Power Electric Motors: 

Exploring the development of lightweight yet powerful electric motors that support vertical take-off and landing operations while maximizing efficiency and safety.

• Inverter Technologies and Their Impact: 

Understanding the role of advanced inverters (such as Silicon Carbide-based inverters) in eVTOL systems and how they influence overall powertrain performance, control, and efficiency.

• Optimized Testing Environments for Electric Powertrains:

Delving into the importance of early-stage testing for inverters and motors, and how dedicated test systems enable efficient verification, minimizing development time.

• Testbed Automation and Simulation: 

Exploring how modern testbed automation systems like AVL PUMA 2™ enhance testing efficiency, reduce downtime, and enable faster iteration cycles during powertrain development.

eVTOL Battery Analysis: Unique Operating Demands

Ilias Belharouak, Head of Electrification Section, Oak Ridge National Laboratory

Insight into pioneering R&D of specialized batteries for eVTOL aircraft. Learn about the unique power requirements, challenges, and breakthroughs that are shaping the future.

• Understanding the different power levels during various flight phases such as takeoff, climb, hover, and descent; how high power demands can reduce battery lifespan and performance

• Managing high temperatures generated during rapid power draw phases

• Evaluating lithium-ion batteries under extreme conditions to understand material degradation and performance.

• Exploring new material development to improve energy density and battery performance

• Creating systems to balance high power bursts with long-range energy reserves

• Running batteries through simulated eVTOL flight phases and analyzing performance

• Investigating chemical and structural changes in battery materials post high-power cycling

• Testing new ORNL-developed electrolytes against current standards to improve capacity retention

Revolutionizing eVTOL Power With The Promise Of Lithium-Sulphur Batteries

Dennis Wang, Lead Systems Engineer, Lyten

• Overcome the limitations of Lithium-Ion batteries that face challenges such as mineral dependency, supply chain constraints, costs, and safety risks


• Discuss whether super materials like 3D Graphene can pave the way for widespread electrification? Instead of incremental improvements to Lithium-Ion chemistry, explore the potential of Lithium-Sulphur battery chemistry


• Understand the advantages of Lithium-Sulphur: Lithium-Sulphur offers high energy density, lightweight properties, and improved safety without the need for nickel, cobalt, manganese, or graphite in the cathode or anode


• Explain the technology behind the accelerated progress that was not expected to advance by the 2030s, Lithium-Sulphur technology is advancing ahead of schedule, thanks to innovations like 3D Graphene, promising a sooner-than-expected transition to this promising battery chemistry

Hydrogen Fuel Cells In eVTOL: Overcoming Technical And Safety Barriers For Sustainable Aviation

John Piasecki, President & CEO, Piasecki Aircraft Corporation

• Experiences and lessons of implementing hydrogen fuel cell technology in eVTOL aircraft, examining the technical and operational challenges encountered and the solutions developed to overcome them

• Understand the landscape of existing eVTOL projects that are incorporating hydrogen high-temperature fuel cells, highlighting the technological advancements and the companies leading the charge in this innovative sector

• Discover the advantages of using hydrogen fuel cells in electric aviation, including increased energy efficiency, longer range, and reduced environmental impact

• Explore the critical safety protocols and measures necessary for the successful integration of hydrogen high-temperature fuel cells in aviation, addressing concerns related to hydrogen storage, handling, and overall aircraft safety

• The future of hydrogen-powered eVTOLs, anticipated technological advancements, regulatory developments, and the potential for mass adoption in the urban air mobility market

The Advantages And Challenges Of Unleashing Liquid Hydrogen On eVTOL Aviation

Hugh Kelly, VP Marketing, Alakai Technologies

• Understand that liquid hydrogen presents significant challenges in infrastructure development due to limited existing transport and storage infrastructure, as well as high costs associated with complex storage systems

• Despite challenges, liquid hydrogen offers performance advantages over battery electric energy, including better range, flight duration, and payload capacity for rotary-wing eVTOL vehicles.

• Learn that liquid hydrogen aircraft boast faster recharge or refuelling cycles compared to battery-powered counterparts, enhancing operational efficiency and turnaround times

• Acknowledge that while batteries offer simplicity, many eVTOL developers are exploring liquid hydrogen for its zero carbon emissions, aligning with global efforts towards sustainable aviation

• Discuss how the pursuit of carbon-free technology has spurred substantial investment from governments and private sectors, driving research and development in liquid hydrogen as a clean energy source for eVTOL aviation

Networking Lunch Break

PANEL SESSION: Airports As Catalysts For Urban Air Mobility: Pioneering Infrastructure For eVTOL Integration

Declan Byrne, Senior Director – Aerospace & Defense, APAC & LATAM, PTC

George Kivork, Head of US State & Local Policy, Joby Aviation

Bryan Bernhard, Chief Growth and Infrastructure Officer – Archer Aviation

Bert Guanong, Aircraft Noise Abatement Manager, San Francisco International Airport

Samuel Ingalls, Principal, Barich

Gina Dew, Director, Government and Community Relations, Tampa International Airport

Key Talking Points:

 Infrastructure Adaptation and Innovation: Exploring the modifications and innovation airports need to implement to accommodate UAM and eVTOL operations, including vertiports and charging stations

Regulatory and Safety Considerations: Addressing the regulatory framework and safety protocols necessary for the safe integration of eVTOLs into urban airspaces and airport environments

Economic and Environmental Impact: Evaluating the economic benefits and environmental considerations of incorporating UAM and eVTOLs into airport operations, including sustainability initiatives and cost-effectiveness

Passenger Experience and Accessibility: Enhancing the passenger journey through streamlined processes and increased accessibility, ensuring a positive and efficient travel experience from ground to air

Collaboration and Partnerships: Collaboration between airports, eVTOL manufacturers, urban planners, and regulatory bodies to create a cohesive and supportive ecosystem for UAM expansion

Advanced Composites In eVTOL: Driving Efficiency And Lightweight Design For Next-Gen Aircraft

DeWayne Howell, Application Development and Expert Service Field Manager, Toray Advanced Composites

• Gain insight into how specific composite materials—thermosets, thermoplastics, and fiber-reinforced composites—are used across structural, propulsion, and interior components.

• Learn about the latest developments in composite-based battery enclosures that offer both strength and thermal resistance for improved safety and durability.

• Explore material selection strategies for eVTOL platforms, ensuring surface protection and operational longevity in high-demand environments.

Primary Structural Components:

• Applications of composites in fuselages, wings, landing gear, and control surfaces (flaps, ailerons, spoilers, elevators, and ruddervators).

• How fiber-reinforced composites offer unparalleled strength-to-weight ratios, improving flight performance and range.

Propulsion System Integration:

• The critical need for lightweight, durable composites in eVTOL propulsion systems, from motor housings to propeller components.

• Analysis of thermoset and thermoplastic benefits in reducing mass while maintaining structural integrity under high mechanical loads.

Battery Racks and Thermal Management:

• Composites used in battery boxes and racks, designed for high-temperature resistance and structural durability.

• Leveraging bulk molding compounds for optimizing thermal management and safety in battery systems

Interior Cabin Solutions:

• Cabin components are made from advanced composites to meet weight, durability, and fire resistance standards for seatbacks, wall dividers, floor panels, and stowage compartments.

Platform Protection and Durability:

• Surface protection techniques, including lightning strike protection, galvanic barriers, and surface films, ensure long-term resilience in various operating environments.

Immobilized Sulfur Cathodes: Pioneering The Future Of Li-S Batteries For eVTOLs

Rob Murano, Senior Director of Product Development & Commercialization, Coherent Corp.

Sulfur, a cheap and abundant material, holds immense potential as a high-capacity cathode for lithium-sulfur (Li-S) batteries. However, critical limitations in cycle life, discharge rates, and practical energy density have hindered its use—until now

• Discover how chemical immobilization of sulfur (and selenium) offers a breakthrough solution to overcome these challenges. This revolutionary technique transforms sulfur into a long-lasting, high-performance cathode material, enabling efficient and reliable battery systems

• Impact on eVTOL Design: Gain insights into current and projected cell performance tailored for eVTOL applications, offering designers a comprehensive view of when and how Li-S technology will enable safer, lighter, and more efficient electric vertical take-off and landing (eVTOL) aircraft

• Addressing the remaining challenges, this presentation will provide a transparent timeline for advancements, helping stakeholders anticipate when Li-S batteries will become commercially viable for the aviation industry

Optimizing Size Weight And Power (SWaP) For eVTOL Aircraft

Matt McAlonis, Aerospace fellow, TE Connectivity

• Techniques for designing smaller and lighter weight components without compromising functionality

• Designing components to enable efficient propulsion systems and advanced power management

• Ensuring system redundancy and reliable electronics

• Designing systems to operate efficiently in varied weather conditions

• Ensuring long-term durability and resistance to environmental stresses

• Developing scalable and cost-effective manufacturing processes from functional prototype to serial product

• Minimizing maintenance and focusing on lifecycle management

• Understand the critical size, weight, and power challenges in eVTOL development

• Explore innovative materials and design techniques to optimize SWaP

• Learn about advancements in connecting to battery technology and power management

• Looking at the complete architecture with electrical propulsion system design

Innovations In Control Laws For Advanced Air Mobility: Exploring Technological Advancements, Safety, And Efficiency In Next-Generation Air Transportation Systems

Soummya Datta, Head of Engineering, Pivotal

Vivek Chugh, Manager of Guidance, Navigation & Controls, Pivotal

• Understand the latest advancements in control law technologies and their critical applications in ensuring safety and efficiency in advanced air mobility systems

• Learn about key design principles for developing effective human-machine interfaces that enhance user experience, reduce pilot workload, and ensure intuitive operation in advanced air mobility vehicles

• Explore the significant role of automation and artificial intelligence in advanced air mobility, including autonomous flight systems and real-time decision-making, and their impact on control and interface design

• Identify the specific training challenges faced by pilots and operators in advanced air mobility, including the need for specialized skills and the importance of simulation-based training programs and continuous education to keep up with technological advancements

• Gain insights into the future trends and innovations in advanced air mobility, focusing on how emerging technologies will shape the industry and address current challenges in control, automation, and user experience

Cobalt-Iron Stacks For Volume Production In Aerospace And Urban Air Mobility

Niklas Volbers, Director Advanced Research, VAC Magnetics, LLC

• Understand why Cobalt-Iron alloys (CoFe) offers the highest induction among commercial soft magnetic materials, enabling a 20-30% increase in torque and power density, crucial for aviation electrical propulsion

• Discuss why the production of lamination stacks is critical for delivering superior material properties, with segmented solutions and interlocking processes for high-volume aerospace applications

• Explain how quality control involves testing magnetic properties throughout the production chain, with innovative setups to quantify the influence of processing on stator teeth

• Describe why vertical integration and strong R&D in materials development and parts processing are essential for producing high-quality CoFe stacks on an industrial scale for aviation

Fast-Track Development Of eVTOL With HIL

Joe Orlando, Sales Engineer, Speedgoat

• Bringing eVTOLto market presents challenges, particularly in testing key systems like battery management, propulsion, and flight controllers. This session introduces model-based development and real-time solutions for testing electric aircraft control systems

• Understand hardware-in-the-loop (HIL) testing of battery management systems (BMS) using emulated batteries, including testing of thermal behavior and fault conditions

• Discover HIL testing of electric motor drives and their embedded controllers with a focus on Simulink®-Programmable FPGAs that can represent the dynamic behavior of the power electronics hardware

• Explain automated and requirements-based testing of flight controllers from early prototype states until final deployment using continuous integration

Afternoon Networking Break

Unlocking The Future: Opportunities And Challenges For eVTOLs And Their Infrastructure

Santh Sathya, Founder and CEO, LuftCar

• Explore various options and innovative use cases for both air and road-based eVTOLs, and how they can revolutionize transportation

• Discover the crucial role hydrogen is poised to play in shaping the future of the eVTOL market as a sustainable energy source

• Examine groundbreaking hydrogen initiatives worldwide and their impact on advancing eVTOL technologies

• Get an in-depth look at the growing momentum and significant progress within the eVTOL market, setting the stage for its widespread adoption

Advancing eVTOL Logistics: FAA Approvals, BVLOS, And Autonomous Capabilities

Manal Habib, CEO, MightyFly

• Explore the significance of FAA-approved flight corridors for eVTOLs and drones, enabling comprehensive flight tests and regulatory advancements

• Critical to large-scale drone logistics, BVLOS testing with chase planes sets the groundwork for future autonomous flight, ensuring safety and reliability at extended ranges

• Learn about the Cento’s hybrid design, capable of carrying 100 lbs over 600 miles autonomously, with advanced features such as automated loading/unloading and internal weight balancing

• Explore real-world applications of cargo drones in sectors like manufacturing, healthcare, remote industries, and defense, showcasing the potential for rapid, efficient logistics

Addressing The Challenges Of Vertiport Development For eVTOL Integration

Nicolas Zart, Founder, Electric Air Mobility/Vertiport Infrastructure, LLC.

The critical challenges and innovative solutions for developing vertiports, which are essential to the successful integration of eVTOL aircraft in urban environments. The session will explore a range of issues, from infrastructure and regulatory hurdles to technological and operational requirements, providing a comprehensive look at what’s needed to build a scalable, sustainable, and safe vertiport network for the future of urban air mobility..

• Overcoming Challenges in Developing Vertiports for the eVTOL Sector

• Strategies for identifying suitable locations in urban areas

• Integrating vertiports with existing transportation infrastructure

• Structural requirements and design considerations for vertiports

• Addressing high energy demands with robust electrical infrastructure

• Incorporating sustainable energy solutions for long-term viability

• Navigating certification processes with aviation authorities

• Integrating vertiport operations with existing air traffic control systems

• Developing new airspace management protocols for urban air mobility

Engineering Safety And Reliability: Mastering Certification And Advanced Design For eVTOL Airworthiness

Martin Peryea, SVP and GM of Electric Air Mobility, Jaunt Air Mobility

• Achieving certification to transport-level airworthiness standards, ensuring that eVTOL aircraft meet the highest regulatory safety requirements for commercial operations

• Critical system safety methods that identify, mitigate, and manage risks throughout the eVTOL lifecycle to guarantee operational reliability

• Explore the principles of inherent crashworthy design that protect passengers and critical systems in the event of an accident, enhancing overall survivability

• Examine how eVTOLs are engineered for a seamless transition from hover to cruise mode, providing efficient and stable flight across different phases of operation

• Discover how eVTOLs are designed to maintain a superior level of safety during power failure scenarios, using redundancy and advanced technologies to safeguard passengers

Noise Reduction And Sound Optimization: Predictive Analysis, Modeling, And The Application Of Lightweight Thermal-Acoustic Materials

Tom Burns, Bd. Cert. INCE, Senior Acoustical Engineer & Lab Manager, The Soundcoat Company

How predictive analysis and modeling can be used to optimize the product design process while reducing noise and improving the sound quality of cabin spaces. Followed by an in-depth presentation of lightweight, FAR-rated and BMS-certified noise absorbing and damping materials, their application in the cabin and airframe, and their known characteristics that meet FAA & EASA guidelines.

• Introduction to materials commonly used for thermal acoustic insulation, including composites, foams, and polymers for passenger comfort inside the aircraft

• Benefits and limitations of different noise-damping materials such as non-acoustic parameters, appropriateness, and optimized energy usage

• Strategies for insulating the cabin to reduce internal noise levels

• Use of multi-layer insulation systems combining various materials for optimal noise reduction

• Selection of lightweight, sound-absorbing materials for cabin interiors

• Balancing noise reduction with the need for lightweight materials to maintain flight efficiency

The Potential Of Personal eVTOLs

Doron Merdinger, CEO & Founder, Doroni Aerospace

• Examine the growing demand for personal eVTOLs as a solution to urban congestion and the need for sustainable, efficient transport

• Understand the economic factors driving investment and innovation in the personal eVTOL market, from startups to established aerospace giants

• Analyze the regulatory challenges and safety standards required to make personal eVTOLs a viable option for widespread use

• Explore the technological advancements in battery life, autonomy, and air traffic management that are shaping the future of personal air travel

• Discuss the potential societal and environmental impacts of personal eVTOLs on transportation systems, infrastructure, and sustainability goals

PANEL SESSION: Overcoming Challenges In Autonomous eVTOL Deployment

An in-depth session addressing the critical challenges and obstacles in the development and deployment of autonomous electric vertical takeoff and landing (eVTOL) aircraft. This session will explore the multifaceted hurdles spanning technical, regulatory, and societal domains, providing a comprehensive overview and potential solutions.

• Flight Control and Stability

  • Ensuring precise and reliable control in varying weather conditions and complex urban environments

  • Advanced algorithms and robust flight control systems for stability and safety

• Battery Technology

  • Current limitations and necessary improvements in battery energy density and longevity

  • Addressing battery weight, charging times, and thermal management

• Sensor Integration and Redundancy

  • Navigation, obstacle detection, and collision avoidance using LiDAR, radar, and cameras

  • Ensuring sensor redundancy to handle failures

• Software Reliability

  • Developing fail-safe software capable of handling numerous contingencies

  • Comprehensive testing to ensure flawless operation

• Communication Systems

  • Necessity of reliable V2I and V2V communication systems

  • Challenges of ensuring uninterrupted, low-latency communication in urban settings

• Certification and Standards

  • Rigorous testing and compliance with aviation safety standards

  • Development of new standards for autonomous and electric aviation

• Air Traffic Management (ATM)

  • Integration of autonomous eVTOLs into existing ATM systems

  • Development of new ATM solutions and protocols for congested urban airspace

• Legal and Liability Issues

  • Determining liability in case of accidents or malfunctions

  • Establishing clear legal frameworks for autonomous eVTOL operations

Navigating Technical And Regulatory Hurdles In eVTOL Development

Aaron Koopman, Director of Airworthiness and Certification, COLLINEAR GROUP

Session Overview:

• A comprehensive examination of the technical challenges and regulatory landscapes that are shaping the future of eVTOL vehicles. Industry experts will share insights into overcoming the engineering complexities and navigating the intricate regulatory frameworks necessary for the successful development and deployment of eVTOL technologies.

Certification and Airworthiness Standards:

• Understanding the current certification processes for eVTOLs and the role of aviation authorities such as FAA and EASA

• Identifying key airworthiness standards and compliance requirements

Urban Air Mobility (UAM) Regulations:

• Examining the regulatory frameworks for urban air mobility, including airspace management and operational regulations

• Addressing public safety and environmental impact concerns

Infrastructure and Integration:

• Developing the necessary infrastructure, such as vertiports and charging stations, to support eVTOL operations

• Integrating eVTOLs into existing transportation networks and urban planning

Public-Private Partnerships:

• Highlighting the role of collaborations between government bodies, private companies, and research institutions

• Case studies on successful public-private partnerships in eVTOL development

Standardization and Industry Consortia:

• Promoting standardization across the industry to ensure interoperability and safety

• Participating in industry consortia and working groups to drive consensus on technical and regulatory standards

Closing Remarks

All Attendee Evening Drink Reception

How Will eVTOLs Fit Into The Homes of the Future

#Personal eVTOL Display & Walk Around

Drinks Reception Sponsor