Aeronautics

 Advanced Air Mobility

Advanced air mobility could grow into a $115 billion industry that gives all of us new transportation options. With clear operational guidelines, regulations, and standards for accommodating and incorporating autonomy, we see a thriving integrated urban and regional airspace in the next decade. The benefits of autonomy will enhance safety for everyone and enable capabilities we are only just imagining.

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 Carbon Emissions and Sustainability

The global community is focused on achieving net-zero greenhouse gas emissions from the aviation sector by 2050. The AIAA community plays an integral role in this effort that will make a substantial difference to benefit our planet.

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 Certification

The widespread use of UAVs and drones—both commercial and recreational—prompted the Federal Aviation Administration (FAA) to adapt its certification processes. Similarly, the FAA must facilitate safe use of AAM systems for passenger and cargo transport. As the FAA refreshes its certification strategy, we expect to see clear specifications, regulations, and standards emerge that will strike an appropriate balance between safety and innovation.

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 High-Speed Flight

High-speed “transportation” – both military and civilian – is fast becoming a reality. Integrating hypersonic and supersonic flight into the national and global airspace will require attention to operational efficiency, safety through certification, and environmental and societal impacts including noise and emissions. AIAA will address questions around:

• Is sustainable civil high-speed endo-atmospheric flight achievable?
• What role does the government have in promoting hypersonic and/or supersonic flight?
• What technologies are needed to develop and mature efficient and low environmental impact hypersonic and supersonic flight?

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