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Electra.aero has applied for FAA Part 23 certification for its EL9 hybrid-electric aircraft, marking a major step toward commercial service. Simultaneously, the company launched “Electra Defense” to adapt its ultra-short takeoff and landing technology for military logistics, offering runway-independent operations for the U.S. Armed Forces.
Robert Bassey, former FAA senior leader and key contributor to the nation’s first vertiport design standards, has been appointed Chairman of Avika Sky, the first U.S. Advanced Air Mobility infrastructure consortium. Learn about his transition from government to startup and what’s next for AAM deployment.
There are more solutions than obstacles. Nicolas Zart
Electric aircraft maker Beta Technologies is working with Pennsylvania‑based Near Earth Autonomy to enable autonomous flight capacity to its line of electric and hybrid‑electric aircraft. This partnership highlights the trend in the advanced air mobility (AAM) industry to develop or team up with autonomy specialists.
Although Beta announced it has been developing and flying autonomous capabilities for several years, with more than 1,000 hours of uncrewed flights, it shows the company can fly more than 158 nautical miles on a single charge, even without a pilot on board.
Beta hopes adding autonomous capabilities will make its aircraft more attractive to military and commercial cargo customers. Shawn Hall, Beta’s chief revenue officer, said that modern defense and civil sectors need mobility platforms that are smarter, more flexible, and able to operate where traditional aircraft cannot. He added that increasing autonomy will give operators more options, including faster speed, higher payload, longer range, and the ability to fly with or without a pilot.
Near Earth Autonomy develops autonomous flight control systems for aircraft, including eVTOLs, helicopters, and drones. The company has already demonstrated its technology on a modified Leonardo AW139 helicopter. Sanjiv Singh, CEO of Near Earth, said this collaboration builds on Near Earth’s proven work in bringing Responsive Uncrewed Capability (RUC) to helicopters, such as converting the UH‑60L Black Hawk into the RUC‑60, which can operate without an onboard pilot. By using that experience, Near Earth will help integrate advanced autonomy into Beta’s ALIA aircraft for safe, efficient, and scalable operations across many missions.
This news follows similar autonomy announcements from other major eVTOL companies. In June 2024, Joby Aviation acquired Xwing, an autonomous flight control systems developer, bringing its Superpilot software in‑house. In September 2025, Joby demonstrated Superpilot for the first time onboard a Cessna 208 during a U.S. defense exercise over the Pacific Ocean and Hawaii.
In August 2023, Archer Aviation settled with Wisk and its parent company, Boeing. As part of that deal, Archer agreed to make Wisk its exclusive provider of autonomy technology for future variants of Archer’s aircraft. Boeing also made an investment in Archer to help integrate those autonomous systems.
Beyond autonomy, all three companies have also recently announced hybrid‑electric aircraft development. Archer partnered with Anduril in December 2024, Joby teamed up with L3Harris in August 2025, and Beta formed a strategic partnership with GE Aerospace in September 2025 to accelerate hybrid‑electric aviation. Despite differences in design and business model, these companies are all developing clean‑sheet aircraft of a similar type during a disruptive period in aviation. The fact that they are all exploring similar partnerships and technologies is likely a result of that shared environment.
These moves add to the sense that the eVTOL and advanced air mobility sector is in an arms race, at least in terms of capability and speed of development. While none of the companies will openly call it an arms race, the pattern of announcements suggests that each is trying to stay ahead in autonomy, range, payload, and operational flexibility.
What sets Beta apart is that it is the only company in this group that already has two eCTOL aircraft flying commercially with a private operator. Beta’s ALIA aircraft, originally designed as an eVTOL, has been pivoted into an eCTOL configuration, allowing it to operate from conventional runways. This gives operators more flexibility in where and how they can use the aircraft.
Beta also has a growing ecosystem that supports its aircraft in daily operations. The company has built two types of charging stations: a smaller, more compact unit and a faster, higher‑power unit. These stations are already in use at Beta’s own facilities and with early operators, helping to prove the practical side of electric aviation on the ground.
This combination — two eCTOLs flying commercially, a proven charging network, and now a strong push into autonomy with Near Earth — positions Beta as a company that is not just developing technology, but also building a real‑world operational model. For aviation professionals, this suggests that Beta is focused on solving the full picture: aircraft design, propulsion, charging infrastructure, and now uncrewed operations.
AAM has always said it was moving toward more autonomous, with electric and hybrid‑electric. Partnerships like Beta’s with Near Earth will continue through 2026. For operators and regulators, the key remains to focus on safety, certification, and how these systems integrate into existing airspace and logistics networks. Beta’s approach — combining in‑house development with strategic partnerships and a practical ecosystem — may offer a useful blueprint for others in the sector.
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.
See what has happened from October and November in AAM news. Piper to MD Aircraft, BETA Technology, magnix, Electra, and Joby
The competitive landscape of Advanced Air Mobility (AAM) just saw a massive shift. Archer Aviation acquired the core patent portfolio of the now-insolvent Lilium, a strategic move that secures critical ducted fan technology and strengthens the U.S. position in the global eVTOL market.
Cork, a 5,000-year-old material, is emerging as a critical enabler for advanced air mobility. From NASA spacecraft to BMW EVs and the future of eVTOLs, this podcast episode reveals cork’s extraordinary performance, sustainability, and growing role in the world’s most innovative transportation solutions.
Sustainable aviation fuel offers a near-term solution to decarbonize aviation by replacing fossil jet fuel with renewable alternatives. Technologies like hydroprocessed esters and fatty acids and alcohol-to-jet are scaling up, supported by industry leaders and government policies aimed at net-zero emissions.
The AAM Master Class Rome 2025 launches this September at Rome Fiumicino Airport, offering a comprehensive training experience on electric vertical takeoff and landing, infrastructure, energy systems, and regulations. Designed for airport officials and aviation professionals, this 2.5-day master class provides practical insights, networking opportunities, and CPD certification.