From regional passenger transport to cargo drones:
Developed to operate efficiently.

Volitan
Voadeiro
Stingray
Volitan
Regional mobility for passengers and cargo.
In development: engineering and structural development advancing towards prototyping.
The company's main commercial vehicle, it can carry up to 10 passengers or 1 ton of cargo, with a cruising speed of up to 150 km/h and a range of 500 km.
From regional passenger transport to cargo drones:
Developed to operate efficiently.

Volitan
Voadeiro
Stingray
Voadeiro
Brazil's first manned ground-effect vehicle.
In production: prototype under construction for operational validation in the Amazon.
Smaller, manned vehicle for light and quick operations, with capacity for up to 4 people, focused on civilian and operational applications.
From regional passenger transport to cargo drones:
Developed to operate efficiently.

Volitan
Stingray
Voadeiro
Stingray
Uncrewed platform for special operations
Pre-operational: first units in preparation and available for order.
Uncrewed ground-effect drone, intended for monitoring, light logistics and security missions, with the potential for rapid operational deployment and short-term revenue generation.
São José dos Campos, SP
Rua Ambrósio Molina, número 1090, Bloco E (AeroRiver), São José dos Campos -SP, 12247-000
Manaus, AM
Av. Gov. Danilo de Matos Areosa, Portaria 3, bloco k (AeroRiver), 381 - Distrito Industrial I, Manaus - AM, 69075-351
contato@aeroriver.com.br
Work with Us
Want to bring AeroRiver into your operation?
Speak with the sales team to understand which vehicle applies to your use case and follow the next development milestones, including operational testing of the Voadeiro.
From regional passenger transport
to cargo drones:
Developed to operate efficiently.

Volitan
Voadeiro
Stingray
Volitan
Regional mobility for passengers and cargo.
The company's main commercial vehicle, designed to transport passengers and cargo with speed, range, and efficiency.
In development: engineering and structural development advancing towards prototyping.
Why the Amazon
Testing a mobility technology in the Amazon means testing it under the most demanding operational conditions on the planet: vast distances, low infrastructure density, high logistical complexity, and a lack of road alternatives. If the technology works here, it will work in any geography with a similar challenge, be it rivers, lakes, archipelagos, or coastal regions around the world.
Real-scale validation environment
The country's most demanding operating conditions.
Adherence to the territory
Direct proximity to real-world operating conditions
Technical risk reduction
Low population density allows for safe testing.
High speed with low fuel consumption.
The technology behind the portfolio
Ground-effect (Wing-in-Ground) vehicles combine aeronautical and naval engineering to fly at very low altitudes over rivers, lakes, and coastal areas. By operating close to the surface, they take advantage of the "cushion" of air formed between the wing and the water, the ground effect, which reduces drag and allows for high speed with low fuel consumption.
Faster than a ship, cheaper than a plane, and without depending on airports, runways, or roads.
Direct operation on rivers, lakes and coastal areas
No need for ground infrastructure.
Architecture adaptable to different mission profiles
Speak with the sales team to understand which vehicle applies to your use case and follow the next development milestones, including operational testing of the Voadeiro.
Want to bring AeroRiver into your operation?
One portfolio, multiple sectors.
One portfolio, multiple sectors.




Transportation of goods and people
Quality
of life
Surveillance and Security
Patient transport


Transportation of goods and people


Quality
of life


Surveillance and Security


Patient transport
Why the Amazon
Testing a mobility technology in the Amazon means testing it under the most demanding operational conditions on the planet: vast distances, low infrastructure density, high logistical complexity, and a lack of road alternatives. If the technology works here, it will work in any geography with a similar challenge, be it rivers, lakes, archipelagos, or coastal regions around the world.

Real-scale validation environment
The country's most demanding operating conditions.
Adherence to the territory
Direct proximity to real-world operating conditions
Technical risk reduction
Low population density allows for safe testing.
The technology behind the portfolio
Ground-effect (Wing-in-Ground) vehicles combine aeronautical and naval engineering to fly at very low altitudes over rivers, lakes, and coastal areas. By operating close to the surface, they take advantage of the "cushion" of air formed between the wing and the water, the ground effect, which reduces drag and allows for high speed with low fuel consumption.
Faster than a ship, cheaper than a plane, and without depending on airports, runways, or roads.
High speed with low fuel consumption.
Direct operation on rivers, lakes and coastal areas
No need for ground infrastructure.
Architecture adaptable to different mission profiles
Three vehicles, one technology.
From remote surveillance to passenger transport, our portfolio covers different mission scales with a common technological foundation: vehicles designed to operate in ground effect.
From remote surveillance to passenger transport, our portfolio covers different mission scales with a common technological foundation: vehicles designed to operate in ground effect.
Three vehicles, one technology.



