Set aside the courtroom drama for a moment. The part of the Advanced Air Mobility industry that’s actually building things — certifying propulsion systems, rolling out new prototypes, deploying aircraft for emergency response, and pivoting legacy helicopter companies toward autonomy — is moving faster than the headlines suggest. Here’s a clear-eyed look at what happened in the past two weeks and what it means.
On March 11, 2026, Joby Aviation crossed one of the most significant thresholds in eVTOL history: its first FAA-conforming aircraft took flight at Marina, California, officially entering Stage 5 — the final phase of FAA Type Certification. This is not a prototype. This is the production-intent aircraft that FAA pilots will evaluate before Joby is cleared to carry paying passengers. The finish line is now visible.
NASA’s recent acoustic campaign with Pivotal’s BlackFly adds critical, independently gathered data to the eVTOL noise conversation. Using a multi‑microphone ground array, NASA characterized BlackFly’s flyover sound levels and directivity, helping quantify how “vertiport‑ready” this class of personal eVTOL can be. For AAM planners, regulators, and investors, the NASA–Pivotal acoustic study is another step toward realistic community noise modelling and certification frameworks.
This week at Vertican Atlanta, I’ll sit down with SkyDrive, Ascendance, and Electra leadership for exclusive interviews recorded live for The Ways We Move podcast. SkyDrive discusses Japan UAM deployment timelines. Ascendance shares hydrogen AAM breakthroughs. Electra reveals hybrid-electric progress. Expect unfiltered insights from three AAM frontrunners.
Japan’s leading eVTOL manufacturer just completed its first-ever public flights over Tokyo — testing everything from biometric check-in to compact rooftop vertiport operations. Now SkyDrive is bringing that momentum to Atlanta, where a major U.S. partnership announcement is set for March 9 at Verticon 2026. We’ve been watching SkyDrive for almost a decade.
The race to advanced air mobility (AAM) is tightly linked to urban air mobility (UAM) and regional air mobility dominated by electric vertical take-off and landing (eVTOL) and electric short take-off and landing (eSTOL).