KARI Commences Development of Large-Scale Electric Propulsion Test Equipment for Deep Space Exploration
, unlike chemical propulsion systems that utilize combustion reactions, generate and accelerate plasma with electrical energy to obtain thrust, significantly
News > News Release
2024-02-07
Danuri Successfully Enters Lunar Orbit
adjustment process for a space vehicle (Danuri) to lower its speed using thrusters and commit itself to the gravity of the Moon ** The target orbit of
News > News Release
2022-12-28
Marking the 1st anniversary of the successful launch of Danuri, the Republic of Korea takes the first step into the future of space exploration!
Moon, Mars, and beyond The Ministry of Science and ICT (Minister Lee Jong Ho, hereinafter referred to as 'MSIT') and the Korea Aerospace Research Institute
News > News Release
2023-08-08
NURI Engine Components : Turbopumps, combustion chambers, gas generators, various valves, and related subsystems.
이전 다음 In the field of unmanned helicopters, KARI has secured core technologies through the development of a standard platform for multi-purpose unmanned
The Korea Aerospace Research Institute (KARI) oversees the system, spacecraft bus, and ground stations in collaboration with domestic universities and
Total Weight : 20kg Maximum Speed : 150km/h Endurance : 1hour Prev Next 01 Up to 60% More Thrust Efficiency Compared to Open Rotor UAVs Tiltduct UAVs