Electra EL9 Ultra eSTOL

Electra EL9 Leads U.S. eIPP as Premier AAM Partner

Electra has been named the premier private company participant in the U.S. Department of Transportation and FAA’s inaugural eVTOL Integration Pilot Program. With 2,200 pre-orders worth nearly $10 billion and a hybrid-electric aircraft that takes off and lands in 150 feet, Electra is making a compelling case that advanced air mobility doesn’t need airports — it just needs the right aircraft.

Odys

From Vertiports to Multiports: The Evolution of Advanced Air Mobility Infrastructure

The aviation infrastructure landscape is evolving from single-purpose vertiports to multiports that combine eVTOLs, electric short takeoff and landing aircraft, conventional planes, and ground transportation. This integration solves the financial viability challenge that has plagued standalone vertiport concepts.

Beta technologies Alia eCTOL

Hawaii is the Ideal AAM Testing Ground

Hawaii is positioning itself for federal eVTOL Integration Pilot Program selection through a partnership combining existing airline operations with electric aircraft technology. Surf Air Mobility, the Hawaii Department of Transportation, and BETA Technologies submitted a joint eIPP application on January 27, leveraging Mokulele Airlines’ position as Hawaii’s largest commuter carrier by scheduled departures. The partnership plans to initially conduct cargo missions between Mokulele’s existing interisland routes using BETA’s ALIA electric aircraft, building on the airline’s 36,000 flights in 2025 averaging 51 miles, ideal for first generation electric aircraft. If selected, the initiative would advance electric aviation through real world regional airline integration rather than theoretical deployment scenarios.

FAA

FAA’s New Radio Altimeter Rules: What They Mean for Advanced Air Mobility and 5G

The FAA has released a proposed rule that would require most U.S. aircraft to upgrade their radio altimeters to withstand 5G interference. This change will affect not only airlines and business jets, but also future advanced air mobility (AAM) aircraft that rely on precise low‑altitude height data for safe urban operations.

Amorim Cork Forest

The Ways We Move: Cork Revolution 5,000-Year Material Powers Future Mobility

n this episode of The Ways We Move podcast, host Nicolas Zart explores an unexpected hero in the sustainable mobility revolution: cork. This 5,000-year-old material, traditionally associated with wine bottles and bulletin boards, is quietly reshaping how we design everything from electric vehicles to spacecraft and could soon play a crucial role in advanced air mobility.