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R&D > Aeronautics Research Directorate > Advanced Aircraft Technology > Core Technologies for Multipurpose Rotorcraft
Since the 1990s, KARI has conducted core technology research on multipurpose rotorcraft, analyzing domestic and international helicopter R&D trends and
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R&D > Satellite > Satellite
General Science and Technology Council approved a multipurpose satellite (Arirang) development project.
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R&D > Aeronautics Research Directorate > AAM > Next-Generation Optionally Piloted Personal Air Vehicle
Prev Next 02 Korea Develops Technology Demonstrator for Urban Air Mobility South Korea has successfully developed electric vertical takeoff and landing
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R&D > Independent Program Division > Unmanned Vehicle Program Office > Performance improvement of small unmanned aero vehicles
To this end, KARI has distributed the technologies for drone propulsion system design and performance prediction, coping with bad weather, and mission-critical
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R&D > Independent Program Division > Space Pioneer Program
Items Specification Specific Impulse 287s Nominal Thrust 10N 200mN-Class High-Thrust Electric Propulsion System: Development of a Hall thruster capable
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R&D > Satellite > Geostationary Satellite > Geostationary Satellite (Cheollian 2A)
, multi-layered thin film insulation, power distributors, and pyro connection units.
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R&D > Aeronautics Research Directorate > Advanced Aircraft Technology > Next-Generation Aircraft Departure and Arrival Management System
이전 다음 The next-generation aircraft departure and arrival management system, known as MIDAS (Management on Integrated Operations of Departure, Arrival,
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R&D > Aeronautics Research Directorate > Future Air Vehicle Advanced Propulsion > Hybrid Electric Propulsion System
In 2011, a high-efficiency electric propulsion system combining solar cells, fuel cells, batteries, and an active power management system was applied to