How Joby And Unither Are Pushing AAM Toward Real Operations | Check 6 Podcast

Why It Matters

These demonstrations prove AAM can operate profitably today—Joby in dense urban airspace and Unither in life‑saving medical logistics—paving the way for wider adoption, regulatory approval, and the necessary infrastructure rollout.

Key Takeaways

• Joby demonstrated piloted eVTOL flights in NYC’s Class B airspace.
• Flights proved quiet operation and 7‑minute city‑to‑airport travel.
• Joby leveraged Blade’s existing vertiports, booking platform, and infrastructure.
• Unither’s hydrogen‑fuel‑cell retrofit enables emission‑free transport of organs.
• Hydrogen infrastructure can start small, scaling to broader aviation markets.

Summary

The Check‑6 podcast examined two contrasting paths toward operational advanced air mobility (AAM). Graham Warwick and Ben Goldstein highlighted Joby Aviation’s recent New York City demonstration, where the company flew its S4 eVTOL between JFK and Manhattan heliports within live Class B airspace, using Blade’s existing vertiport network and booking system.

The New York flights showcased several key points: the aircraft’s near‑silent signature, a seven‑minute point‑to‑point trip that beats typical 45‑minute road congestion, and seamless integration with air‑traffic control. By leveraging Blade’s infrastructure, Joby proved a viable business model that could eventually lower fares as scale improves. Meanwhile, Unither Bioelectronix, a United Therapeutics subsidiary, displayed a hydrogen‑fuel‑cell‑powered Robinson R44/R66 in Quebec, targeting ultra‑time‑critical organ transport between hospitals. The retrofit delivers zero‑emission, quieter flights without requiring a new vertiport network, and the mission’s premium pricing makes cost less of a barrier.

Notable details included the FAA’s upcoming EVTOL Integration Pilot (EIP) program, which will expand real‑world demos, and Unither’s on‑demand hydrogen generation concept—20 kg per flight, with plans to liquefy hydrogen for longer ranges. Ben emphasized that both demonstrations move AAM from desert testbeds to everyday environments, providing tangible proof points for regulators and the public.

The implications are clear: Joby’s urban air‑taxi model validates market demand and regulatory pathways, while Unither’s hydrogen approach offers a pragmatic early use case that can bootstrap infrastructure for broader aviation applications. Together, they illustrate that AAM is transitioning from speculative technology to revenue‑generating services, accelerating investment and policy support.

Original Description

Aviation Week's Graham Warwick and Ben Goldstein examine Joby Aviation’s piloted New York City demonstrations and Unither Bioelectronics’ hydrogen-electric Robinson R44 flights in Quebec as advanced air mobility moves closer to real-world deployment.

Image credit:

Joby Aviation

Video credits:

Joby Aviation

Unither Bioelectronics

Ben Goldstein/Aviation Week

#evtol #advancedairmobility #jobyaviation #airtaxi