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DBRAIN
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DBRAIN researches/develops the latest automatic flight and ground control systems and engages in airframe design and production.
Daejeon, Daejeon, South Korea
Aerospace
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About
DBRAIN researches/develops the latest automatic flight and ground control systems and engages in airframe design and production.
It was established in April 2013 with the goal of multi-purpose operation of unmanned aerial vehicle systems.
In the meantime, we have participated in corps-level unmanned aerial vehicles, performed system test evaluations, and developed 200kg-level national research lab tests.
Related to the development of high-precision automatic navigation algorithms and high-reliability flight control systems
We have been accumulating technological capabilities.
Through DBRAIN's original technology, we can manufacture everything from fixed-wing and rotary-wing unmanned aerial vehicles to tilt-type aircraft.
It is possible to develop hybrid aircraft such as unmanned aerial vehicles and fixed-wing aircraft capable of vertical takeoff and landing.
Analysis of aircraft dynamic characteristics based on flight dynamics, based on nonlinear flight dynamics
HILS/SIL development for flight simulation tests is possible.
DBRAIN is committed to realizing autonomous flight based on its accumulated technological capabilities.
We are researching and developing and accumulating know-how for local production of core technologies for high-reliability unmanned aerial vehicle systems .
It was established in April 2013 with the goal of multi-purpose operation of unmanned aerial vehicle systems.
In the meantime, we have participated in corps-level unmanned aerial vehicles, performed system test evaluations, and developed 200kg-level national research lab tests.
Related to the development of high-precision automatic navigation algorithms and high-reliability flight control systems
We have been accumulating technological capabilities.
Through DBRAIN's original technology, we can manufacture everything from fixed-wing and rotary-wing unmanned aerial vehicles to tilt-type aircraft.
It is possible to develop hybrid aircraft such as unmanned aerial vehicles and fixed-wing aircraft capable of vertical takeoff and landing.
Analysis of aircraft dynamic characteristics based on flight dynamics, based on nonlinear flight dynamics
HILS/SIL development for flight simulation tests is possible.
DBRAIN is committed to realizing autonomous flight based on its accumulated technological capabilities.
We are researching and developing and accumulating know-how for local production of core technologies for high-reliability unmanned aerial vehicle systems .
