Brazil has just joined the select group of countries capable of manufacturing a 100% national jet turbine for military drones, alongside the United States, United Kingdom, France, Israel, and China. It is the heart of the new Albatroz Vortex, which flies for 24 consecutive hours and reaches an altitude of 12,000 meters.

Written by Maria Heloisa Barbosa Borges

Published on 29/05/2026 at 00:43

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Brazil has developed the country’s first military drone equipped with a 100% national jet turbine. The Albatroz Vortex, created in partnership between the Brazilian Air Force, Stella Tecnologia, and AERO CONCEPTS, has a flight autonomy of 24 hours and the capacity to carry up to 150 kilograms of payload. According to information published by Revista Fórum, the ATJR15-5 turbine, manufactured in São José dos Campos, generates 500 Newtons of thrust and places Brazil alongside the United States, United Kingdom, France, Israel, and China in the group of nations capable of producing jet engines for military drones.

Brazil has just achieved a technological capability that only a handful of countries in the world possess: manufacturing a national jet turbine for military drones. The Albatroz Vortex is the country’s first unmanned aerial system to fly with propulsion entirely developed and produced in Brazilian territory, resulting from a partnership between the Brazilian Air Force, Stella Tecnologia, and AERO CONCEPTS, with financial support from Finep and technical contributions from the Institute of Aeronautics and Space. The drone operates with 24-hour autonomy, carries up to 150 kilograms of payload, and lands on runways less than 150 meters long, including aircraft carrier decks of the Navy.

The first test of the technology was conducted in 2025 to validate the integration between the platform developed by Stella Tecnologia and the ATJR15-5 turbine from AERO CONCEPTS. The turbine, manufactured at the company’s headquarters in São José dos Campos, generates around 500 Newtons of thrust and is part of a family of engines in development for use in drones, missiles, and small aeronautical systems. For a country that historically depended on foreign suppliers for strategic systems, mastering this manufacturing technology is a milestone for the autonomy of the Armed Forces.

What the Albatroz Vortex does and where the drones will operate

Albatroz Vortex
imagem: fab — Albatroz Vortex
image: fab

The Albatroz Vortex will be used in intelligence, surveillance, and reconnaissance missions by the Brazilian Army. The drones will also assist in the Navy’s embarked operations for monitoring maritime borders and coastal area infrastructure, operating from aircraft carriers that function as floating air bases.

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The turbine that changes the technological level of Brazilian drones

video: social media

The development of aeronautical turbines requires highly resistant metal superalloys, capable of operating under extreme temperatures, in addition to mastering FADEC control, a computerized system that automatically manages fuel, ignition, and engine protection. AERO CONCEPTS mastered these technologies and plans to build, in the medium term, a national chain of aeronautical turbines with critical components manufactured in Brazil.

Until now, Brazilian monitoring drones depended on imported components, especially turbines and navigation systems. This dependency created strategic vulnerabilities: in scenarios of sanctions or trade restrictions, supply could be interrupted without notice. The ATJR15-5 turbine eliminates this vulnerability for the category of drones where it will be employed, ensuring that Brazil can produce, maintain, and evolve its systems without relying on foreign authorizations.

Drones in the FAB modernization strategy

The project is part of the “Air Force 100” strategy, which establishes the modernization axes of the FAB until 2041. Among the objectives are the development of autonomous aerospace systems and the expansion of Brazilian scientific capacity in partnership with universities, research centers, and private companies in the defense sector.

One of the most strategic projects in this context is the Aerospace Industrial and Technological Park of Bahia, a cooperation between the Ministry of Defense, the state government, and SENAI CIMATEC, focused on research on drones, artificial intelligence, quantum computing, and advanced aerospace systems. The Aeronautics Institute of Technology will also receive a new campus at the Fortaleza Air Base to train aeronautical engineers capable of working on the development of drones and defense systems.

What is needed for drones to enter production

The Albatroz Vortex needs to be transformed from a technological demonstrator into a consolidated operational platform. Certification tests will be conducted to ensure that the drones can be produced on an industrial scale, focusing on the validation of engines, sensors, and embedded electronic components under real military operation conditions.

The Center for Strategic and International Studies highlights that drones have come to play a fundamental role in modern warfare by replacing manned monitoring with low-cost, real-time surveillance systems capable of operating for 24 hours or more.

For Brazil, with more than 16,000 kilometers of land borders and an equally extensive Atlantic coast, the ability to produce 24-hour autonomy drones with its own technology is not just a military issue, but a matter of technological sovereignty that the Brazilian Air Force classifies as a priority within the Air Force 100 strategy.

Did you know that Brazil now manufactures a national jet turbine for military drones? Do you think the Albatroz Vortex puts the country on a different defense level, or is there still a long way to go to compete with the USA and China? Share your thoughts in the comments.

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Besteon

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29/05/2026 06:47

This brightened my whole week

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What the Albatroz Vortex does and where the drones will operate

The turbine that changes the technological level of Brazilian drones

Drones in the FAB modernization strategy

What is needed for drones to enter production

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