The idea of a "Flying car in Brazil" stopped being just fantasy and became in recent years a real field of research, investment and testing.
In Brazil, the concept is being driven mainly by projects of eVTOL (electric Vertical Take-Off and Landing) — electric take-off and vertical landing aircraft — who promise to take passengers between urban points in minutes instead of hours in traffic.
This article explains the current state of technology in the country, the regulation that has been designed, the companies involved, the necessary infrastructure, social and economic impacts, and the main challenges for the popularization of the service.
What is an evTOL and why is it different from a helicopter?
The eVTOLs are electric aircraft (or hybrid-electric) designed to take off and land vertically. Unlike the conventional helicopter, they tend to use multiple rotors or a set of distributed electric rotors designed to reduce noise and increase redundancy safety.
Electric propulsion also allows operations with lower carbon emission and potentially simpler maintenance than combustion engines. Urban use requires air traffic control systems (Urban Air Traffic Management) and veritiportos with adequate infrastructure.
Main advances and actors in the development of the flying car in Brazil
The Brazilian manufacturer Embraer, through its subsidiary Eve Air Mobility, is now the name most associated with the development of eVTOLs in the country.
Eve was created to accelerate urban air mobility solutions and develops both the vehicle and support services, training and urban air traffic management systems. The company has released prototype schedules, partnerships and funding lines to accelerate development.
In 2024 and 2025 there were relevant announcements and movements: prototype construction in Brazilian installations, experimental flights and public and private financing aimed at the development and certification of the aircraft.
Press reports and official announcements indicate important parts of the ecosystem — from prototyping in Gavião Peixoto to BNDES financing lines and commercial loans — were aligned to support the testing and certification schedule.
Regulation and certification: the role of ANAC
For eVTOLs to operate commercially in Brazil, the definition of airworthiness criteria, type certification and specific operational rules is necessary. The National Civil Aviation Agency (ANAC) published initial documents and ordinances with criteria and guidelines to assess aircraft of this type and proposed rules on training pilots and urban operations.
This regulatory framework is essential for tests in urban areas to be authorized and for commercial operations to occur with legal and technical certainty.
Prototyping and testing in national territory
Part of the development of Eve's eVTOLs and partners took place in Brazilian facilities — including factories and testing centres — with prototypes under construction and planning of flight testing campaigns.
Tests in real environment, including experiments with autonomous technologies and traffic management, have already been conducted in cities such as Rio de Janeiro, to evaluate behavior in complex urban environments. These activities are critical steps to demonstrate safety and reliability before final certification.
Financing and potential market
The development of evTOLs requires significant investments. Eve released pickups and credit lines, including BNDES contributions and commercial loans, which aim to provide liquidity to the project while certification and production are completed. Market reports show a growing portfolio of purchasing intentions by operators and governments, which creates substantial commercial potential if technical and regulatory requirements are met.
Required infrastructure: vertiorts, maintenance and integration
To operate in urban areas, eVTOLs will require vertiortos — landing and take-off platforms with technical support, electric charging, passenger handling and integration with land modals.
The implementation of vertiortos involves urban planning, municipal licensing, connection with public transportation and noise, safety and visual impact considerations. In addition, it will be necessary to prepare the maintenance chain and spare parts to ensure operational availability.
Impacts on urban mobility and economy
Potential benefits include reduction of travel time between critical points, decongestion of roads on higher value routes (e.g. between financial centres, airports and residential high traffic areas), and the creation of new jobs in manufacturing, operation and maintenance.
On the other hand, there is a risk that technology initially benefits only high-income segments, unless policies and business models seek to democratize access.
Safety, noise and public acceptance
Flight safety is the primary requirement. EVTOLs incorporate redundancy into systems and controls, but operating on densely populated areas requires strict rules for maintenance, team training and emergency procedures.
Noise is another concern: although electric vehicles tend to be quieter than helicopters, the sound of multiple rotors near the ground may affect residents; therefore, measurements and criteria of sound emissions are part of the evaluations. Public acceptance will depend on transparency, education and testing showing low risk incidence and negative impact.
Who are the possible first users and routes
The first commercial uses will probably occur on high-value routes where time is critical: transfers to airports, executive transportation between urban centers and special events.
Cities with large congestion — like São Paulo and Rio de Janeiro — they appear as natural candidates for initial routes, provided that local regulation and infrastructure are aligned. Private operators, air taxi companies and high value tourism services may be the first to adopt.
Massification Challenges
In addition to the high initial cost of vehicles and infrastructure, there are challenges in the formation of a local supply chain, in the development of fast charging networks, in the standardization of vertiportos and in the guarantee of adequate insurance and civil responsibilities.
Another aspect is integration into the airspace already occupied by drones, helicopters and general aviation, which will require robust traffic management systems.
Sustainability and emissions
The promise of eVTOLs is to operate with electric propulsion, reducing local emissions compared to combustion vehicles and fossil fuel-powered helicopters.
However, the real carbon footprint will depend on the electric matrix used to recharge: if electricity comes from renewable sources, the environmental gain will be greater. The full assessment shall compare the life cycle of manufacturing, operation and disposal of batteries.
Time forecast and expected stage 2025-2026
Based on industry's public schedules and official announcements, prototype testing and certification campaigns are expected to advance over 2024–2026, with the first commercial operations restricted to specific routes possibly beginning in the middle of the decade, depending on regulatory progress and certification.
Some estimates and reports from its own Eve projected testing in 2025 and entry into commercial service in 2026, although these deadlines may vary according to test results and regulatory approval.
What will the passenger experience look like?
Travel in evTOLs should prioritize speed, comfort and convenience. It is expected to embark on vertiorts with procedures similar to those of a reduced heliport: document conference, simplified security procedure and quick boarding.
Mobile apps will allow booking, check-in and tariff integration with other modals. Issues such as turbulence tolerance and vertical movements will be addressed by design development and crew training to ensure comfort.
Comparison with international initiatives
Countries like the United States, China and European nations already have similar projects in advanced stages and partnerships with local operators. Brazil has advantages — Aeronautical industry consolidated with Embraer and technical knowledge —, but it needs to accelerate regulations and investments in infrastructure to compete globally. Cooperation between local actors and foreign partners is a natural path to technological transfer and scale.
Frequently Asked Questions (FAQ)
1. When will the flying car fly commercially in Brazil?
Industry projections indicate test flights in 2024–2025 and start of restricted business operations possibly from 2026, depending on certification and regulatory approvals. Chronograms can change according to ANAC test results and decisions.
2. Is it expensive to fly in a flying car?
Initially yes — the first years tend to have higher tariffs, aimed at corporate customers, high standard tourism and premium routes. With scale, public policies and innovative business models, it is possible to reduce prices, but massification can take years.
3. Is it safe to fly on evtols?
Security is top priority. Projects include systems redundancy, extensive testing and strict regulatory requirements. The certification by authorities such as ANAC depends on the verification of safety levels equivalent or higher than existing.
4. Where are the vertiports?
Vertiportos should be initially deployed in strategic locations: airports, hospitals, business areas and areas requiring rapid transport. The choice depends on urban planning, licensing and integration with the land transport network.
5. Will the EVTOLs be autonomous?
Currently, the focus is on manned operations with increasing support for automation and assistance. Tests involving autonomous technologies have already been conducted, but total autonomy in urban operations will require regulatory evolution and additional technological robustness.
6. What can the government do to speed up adoption?
Useful public policies include clear definition of certification and operation rules, financial incentives for infrastructure, harmonisation of municipal and federal laws, support for vocational training and coordinated pilot programmes between public and private sectors.
In Summary
O "Flying car in Brazil"is closer to reality than it was a decade ago. With a consolidated aeronautical industry, national actors engaged and a regulatory environment under construction, the country has the technical conditions to actively participate in the revolution of the evTOLs.
Still, technological, economic, regulatory and social challenges need to be managed carefully. In the coming years we will see tests, certifications and the first experimental operations; if everything goes well, Brazilian cities can count on new mobility options that complement, and do not replace, existing transport systems.
To follow up the latest official news and communications of the companies involved, please refer directly to the official pages of industry and regulatory agencies.
Selected sources: Eve Air Mobility and Embraer official releases, specialized press reports and ANAC notes and international vehicles.
