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Brazil Advances Urban Air Mobility with Eve Air Mobility eVTOL Launch

Eve Air Mobility and InvestSP collaborate to launch eVTOL commercial flights in Brazil by 2027, transforming urban transport and infrastructure.

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Brazil’s Skies on the Brink of an Electric Revolution

The dawn of a new era in urban transportation is breaking over Brazil. Eve Air Mobility, an Embraer-backed venture, is spearheading the charge to introduce eVTOL aircraft into the nation’s bustling cityscapes. In a landmark summit held in São Paulo, Eve, in collaboration with InvestSP, the state’s investment promotion agency, gathered key stakeholders to chart a course for the future of Urban Air Mobility (UAM). This strategic meeting aimed to synchronize efforts between government bodies, regulatory agencies, and industry pioneers to lay the groundwork for eVTOL operations, with an ambitious target to commence commercial flights by 2027.

The significance of this initiative cannot be overstated. Brazil, with its sprawling megacities plagued by chronic traffic congestion, stands as a prime market for the transformative potential of UAM. The introduction of eVTOLs promises to slash travel times dramatically, offering a cleaner, quieter, and more efficient alternative to ground transportation. For instance, a grueling 150-minute car journey from São Paulo’s southern zone to Guarulhos International Airport could be reduced to a mere 15-minute flight. This leap in efficiency extends beyond passenger convenience, with profound implications for critical services like emergency medical transport, public safety, and tourism.

The summit marked a critical juncture, moving the conversation from conceptualization to concrete planning. Discussions delved into the intricate details of regulation, the development of essential infrastructure like vertiports and charging stations, and the crucial task of training a skilled workforce to support this nascent industry. The collaborative spirit of the event underscores a proactive approach to navigating the complexities of integrating a novel mode of transport into the existing urban fabric, setting a potential blueprint for other nations to follow.

Forging the Path for Urban Air Mobility

The journey to launching commercial eVTOL services is a multifaceted endeavor that requires meticulous planning and robust collaboration. The recent summit organized by Eve Air Mobility and InvestSP was a testament to this, bringing a diverse group of decision-makers to the table. The primary objective was clear: to align on the necessary steps to create a comprehensive and sustainable UAM ecosystem in Brazil. This involves not just the certification of the aircraft themselves, but the entire operational framework that will support them.

Laying the Regulatory and Infrastructural Foundation

At the heart of the discussions was the pressing need for a clear and supportive regulatory framework. Authorities and agencies are working to establish the rules that will govern the safe and efficient operation of eVTOLs. This includes air traffic management solutions, safety protocols, and environmental standards. Eve is developing not only the aircraft but also a dedicated air traffic management solution to ensure seamless integration into the airspace. The challenge is to create regulations that foster innovation while prioritizing public safety and minimizing environmental impact.

Simultaneously, the development of physical infrastructure is paramount. The concept of “vertiports”, specialized landing and take-off pads for eVTOLs, is central to the UAM vision. These facilities, along with a network of charging stations, must be strategically located to maximize accessibility and efficiency. The summit addressed the logistical and financial hurdles of deploying this infrastructure, emphasizing the need for public-private partnerships to drive investment and ensure that the network can scale to meet projected demand. The state of São Paulo, with its robust economy and infrastructure, is positioned as the ideal launchpad for this revolution.

Building this ecosystem also requires a forward-looking approach to human capital. The UAM industry will create a host of new jobs, from pilots and maintenance technicians to vertiport operators and air traffic controllers. The summit highlighted the importance of establishing training programs to cultivate a skilled workforce. This proactive approach to workforce development is essential to ensure that Brazil has the talent pool necessary to support the industry’s growth and maintain high standards of safety and service.

“This meeting reinforces our commitment to working side by side with authorities and strategic partners to enable the safe and efficient operation of eVTOL in Brazil. We are advancing not only in the development of the aircraft but also in building a complete ecosystem that includes infrastructure, regulation and workforce training in the Urban Air Mobility industry.” – Johann Bordais, CEO of Eve Air Mobility.

The Eve eVTOL: A Closer Look at the Technology

Eve’s eVTOL is at the forefront of this technological wave. Designed to carry four passengers and a pilot, the all-electric aircraft boasts a range of up to 100 kilometers (approximately 60 miles). This makes it perfectly suited for short-distance urban and regional trips, connecting key hubs within a city or linking neighboring metropolitan areas. The aircraft’s design prioritizes safety, efficiency, and a low noise footprint, addressing key concerns for urban aerial transport.

Production is set to take place in Taubaté, São Paulo, at a facility with an impressive annual capacity of up to 480 units. This local manufacturing plan is a significant boon for the Brazilian economy, promising to create jobs and foster a domestic aerospace innovation hub. The choice of São Paulo state was strategic, leveraging its economic strength, skilled labor force, and favorable business environment to support the large-scale production of these advanced aircraft.

The market has responded with considerable enthusiasm. Eve has already amassed a substantial backlog of approximately 2,800 orders, a mix of firm orders and letters of intent, from a global customer base. This high demand underscores the widespread confidence in Eve’s technology and the broader potential of the UAM market. The successful implementation of eVTOLs in Brazil is poised to serve as a powerful case study, potentially accelerating adoption in other major cities around the world.

The Broader Impact and Future Outlook

The introduction of eVTOLs is set to create ripples far beyond the realm of passenger transport. As noted by Luiz Mauad, Eve’s Vice President of Customer Services, the technology has the potential to revolutionize sectors like tourism, public safety, and healthcare. The ability to rapidly transport medical supplies, organs for transplant, or emergency response teams could have life-saving consequences, redefining efficiency in critical situations. In tourism, eVTOLs could offer unique aerial sightseeing experiences, while in public safety, they could provide new tools for surveillance and rapid deployment.

The collaborative effort between Eve Air Mobility, a private enterprise, and InvestSP, a government agency, exemplifies the kind of synergy required to bring such a transformative technology to market. This partnership ensures that the development of the UAM ecosystem is aligned with public interests and strategic economic goals. As Thiago Camargo, Executive Vice President of InvestSP, stated, the goal is to foster an environment where operations are “safe, viable and sustainable.” This holistic approach, which integrates technological innovation with thoughtful public policy, is crucial for the long-term success of Urban Air Mobility in Brazil and beyond.

Conclusion

The recent summit in São Paulo represents a significant milestone in the journey toward making Urban Air Mobility a reality in Brazil. The collaborative discussions between Eve Air Mobility, InvestSP, and a host of regulatory and industry leaders have laid a clearer path for the introduction of eVTOLs by 2027. By proactively addressing the critical pillars of regulation, infrastructure, and workforce training, Brazil is positioning itself at the vanguard of this transportation revolution. The commitment to local manufacturing and the creation of a complete operational ecosystem signal a long-term vision for sustainable growth.

Looking ahead, the successful launch of eVTOL services in Brazil could have a profound impact, not only on the quality of life in its congested cities but also as a model for the rest of the world. The potential to transform everything from daily commutes to emergency services highlights the far-reaching implications of this technology. As we watch the skies, it’s clear that the future of urban transport is looking up, and Brazil is ready to lead the way.

FAQ

Question: When are eVTOLs expected to begin commercial operations in Brazil?
Answer: The target for the start of commercial eVTOL operations in Brazil is 2027.

Question: What is the passenger capacity and range of Eve’s eVTOL?
Answer: Eve’s eVTOL is designed to accommodate one pilot and four passengers, for a total of five occupants. It has a range of up to 100 kilometers (about 60 miles).

Question: Where will Eve’s eVTOLs be manufactured?
Answer: The eVTOLs will be manufactured in Taubaté, in the state of São Paulo, Brazil. The facility is planned to have an annual production capacity of up to 480 units.

Sources

Embraer

Photo Credit: Embraer

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Technology & Innovation

AURA AERO X-VOLT Resumes Flight Testing for ERA Program

AURA AERO resumed X-VOLT hybrid-electric flight tests on Sept 16, 2026, targeting ERA first flight in late 2027.

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French manufacturer AURA AERO resumed flight testing of its hybrid-electric demonstrator aircraft, now rebranded as the X-VOLT, on September 16, 2026, at Rochefort Airport (RCO) in the Nouvelle-Aquitaine region.

In a press release issued on September 16, the company confirmed the flight marks the operational integration of assets acquired from VoltAero during the summer of 2026. The X-VOLT, formerly known as the Cassio S, will serve as a flying testbed to validate propulsion technologies and critical components for AURA AERO’s upcoming 19-seat hybrid-electric regional aircraft, the ERA.

Testing the ERA propulsion architecture

According to reporting by ch-aviation, the X-VOLT demonstrator is based on a modified Cessna 337 Skymaster airframe. The aircraft is equipped with Safran ENGINeUS electric motors, which AURA AERO will evaluate in real flight conditions to mature the technology ahead of the ERA’s final design freeze.

The flight data gathered at the Rochefort site will directly support the development of the ERA program. AURA AERO stated that the company has now completed more than 350 combined hybrid-electric and all-electric flights across its X-VOLT and INTEGRAL E test aircraft, providing a substantial baseline of operational data.

Development timeline and market entry

The successful integration of the former VoltAero demonstrator accelerates AURA AERO’s timeline for its decarbonized aircraft programs. Aviation Week reported that the manufacturer is targeting late 2027 for the first flight of the ERA.

Following the initial flight test phase, the company aims to bring the 19-seat regional aircraft to market by 2030. The Rochefort facility will continue to operate as a dedicated testing and prototyping base as the ERA moves toward certification.

AirPro News analysis

We view the rapid return to flight of the X-VOLT as a strong indicator of AURA AERO’s ability to integrate acquired assets efficiently. By utilizing an existing, proven testbed rather than building a new demonstrator from scratch, the company mitigates early-stage development risks for the ERA program. The 2027 first flight target remains ambitious, but the accumulation of real-world flight data from the Safran ENGINeUS motors will be critical for regulatory certification.

Sources: AURA AERO

Photo Credit: AURA AERO

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Sustainable Aviation

United Airlines Extends Neste SAF Supply Deal Through 2027

United Airlines and Neste extend SAF supply at Chicago O’Hare and Amsterdam Schiphol through mid-2027 after doubling fuel volume in 2025.

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United Airlines and Neste Corporation have extended their supply agreement for sustainable aviation fuel at Chicago O’Hare International Airport (ORD) and Amsterdam Airport Schiphol (AMS), securing deliveries through mid-2027. The extension supports the carrier’s expanding use of alternative fuels, which doubled in volume during the 2025 calendar year.

In a press release issued on September 16, 2026, Neste confirmed that deliveries under the extended contract began at Amsterdam in June 2026 and at Chicago O’Hare in July 2026. While the Amsterdam supply concluded in August 2026, the Chicago deliveries are scheduled to continue until June 2027. The agreement reinforces a long-standing partnership between the two companies, as United Airlines was the first carrier globally to utilize blended sustainable aviation fuel (SAF) in regular commercial operations.

Expanding SAF utilization across the United network

United Airlines has steadily increased its integration of SAF, consuming 83,000 metric tons (approximately 27.7 million gallons) in 2025. This represents a 104 percent year-over-year increase in the airline’s SAF usage. The carrier now utilizes the fuel at six of its seven domestic hubs, following recent supply expansions to Newark Liberty International Airport (EWR), Washington D.C., and Houston.

Under current aviation regulations, SAF is certified for commercial use at a maximum blending ratio of 50 percent with conventional jet fuel. United Airlines previously became the first operator to purchase and use blended SAF at Chicago O’Hare in August 2024.

Lauren Riley, Chief Sustainability Officer at United Airlines, highlighted the operational history behind the extended agreement.

“United was the first airline in the world to fly on blended SAF in regular operations, and we’ve spent the years since proving it can work at scale in day-to-day flying, including being the first airline to purchase and use blended SAF at Chicago O’Hare. Continuing our work with Neste across two continents reflects a shared conviction that SAF is available and capable of being scalable.”

Neste’s production capacity and feedstock strategy

Neste currently maintains a global SAF production capability of 1.5 million metric tons (approximately 515 million gallons) per year. The company projects this capacity will increase to 2.2 million metric tons (around 750 million gallons) in 2027, following the completion of an expansion project at its Rotterdam refinery.

To support this scaling production, the manufacturer is actively securing agricultural supply chains. On September 10, 2026, Neste and Bayer finalized a commercial agreement to jointly scale the production of newgold winter canola in the Southern Great Plains of the United States. This partnership is designed to strengthen the supply of lower-carbon-intensity feedstocks required to meet the growing global demand for biofuels.

Carl Nyberg, Senior Vice President of the Commercial, Renewable Products business at Neste, stated that the continued supply at major hubs demonstrates the viability of the fuel alternative.

“This extended agreement with United Airlines covering two international airports across two major aviation regions is a testament to our joint belief in the critical role of SAF in reducing aviation related GHG emissions. By continuing to make SAF available at two of United’s key hubs, we are proving that SAF is a readily available, scalable solution, and we look forward to continuing our longstanding collaboration.”

AirPro News analysis

We note that securing consistent SAF supply at major hubs like Chicago O’Hare remains a critical bottleneck for airlines attempting to meet greenhouse gas (GHG) reduction targets. United’s ability to double its SAF uptake in a single year demonstrates aggressive procurement, but the total volume of 27.7 million gallons remains a fraction of the airline’s overall annual fuel consumption. Neste’s parallel moves to secure agricultural feedstock through partnerships like the recent Bayer agreement indicate that producers are actively working to mitigate supply chain constraints ahead of the anticipated 2027 refinery capacity increases.

Sources: Neste Corporation

Photo Credit: Neste Corporation

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Technology & Innovation

Electra and Atlas Group Sign EL9 Airframe Manufacturing Deal

Electra and The Atlas Group agree to build EL9 Ultra Short prototypes in Wichita, targeting FAA Part 23 certification by 2029.

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Electra and The Atlas Group signed an agreement on September 15, 2026, to manufacture and assemble airframes for the EL9 Ultra Short hybrid-electric aircraft. The partnership transitions the aircraft program from its technology demonstration phase into prototype production and certification.

Announced in a company press release, the agreement designates Atlas’s facilities in Wichita, Kansas, as the manufacturing site for the initial G0 and G1 prototype and flight-test aircraft. Manufacturing work is scheduled to begin in September 2026, with the first airframe deliveries expected in 2027.

Manufacturing the G0 and G1 prototypes

Electra Chief Executive Officer Marc Allen stated the agreement provides the ability to build the aircraft with the consistency and scale of an advanced production system.

“Atlas, with its manufacturing expertise and aerospace discipline, now joins us in turning the EL9 from a new kind of airplane into a new way of connecting communities,” Allen said.

The Atlas Group Chief Executive Officer Greg Harwell noted the company will leverage its aerospace manufacturing and supply chain expertise to bridge the gap between innovation and production for the nine-passenger aircraft.

Certification pathway and production scale

The EL9 Ultra Short is designed to take off and land in a minimum runway distance of 150 feet. The aircraft utilizes distributed hybrid-electric propulsion and blown lift aerodynamics. Electra previously secured a life-of-program agreement with Safran to supply the TG600 turbogenerator that will power the EL9.

The Federal Aviation Administration (FAA) formally established the certification basis for the EL9 in July 2026. Electra is targeting FAA Part 23 type certification by 2029. The manufacturer currently holds letters of intent for more than 2,200 aircraft from over 60 prospective operators.

Beyond the initial prototype builds in Wichita, Electra has committed to an $850 million investment to construct a permanent production facility in Springfield, Ohio.

AirPro News analysis

We view the selection of an established aerospace supplier like The Atlas Group as a critical de-risking step for Electra. Transitioning from subscale demonstrators, such as the EL2 aircraft flown earlier in 2026, to full-scale conforming prototypes is historically where advanced air mobility manufacturers face the steepest industrial challenges. By outsourcing the initial G0 and G1 airframe builds to a Wichita-based manufacturer with existing aerospace infrastructure, Electra can maintain its 2027 flight-test timeline while simultaneously developing its permanent Ohio production footprint.

Sources: Electra aero via PR Newswire

Photo Credit: Electra aero

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