kari’s space program updates - jaxaiss.jaxa.jp/en/kuoa/pdf/jk-joint_10/1010_dr.kang.pdfthe...
TRANSCRIPT
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I. Introduction of KARI
II. KARI Space Activities
III. Current Status of Joint Mission Cooperation with
JAXA
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Mission and Major Functions
Aims to contribute to the development of the national economy and improvement of the quality of life in Korea through research & development in the field of aerospace science & technology
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National Space Development Plan Plan
1999 KITSAT-3
1992 KITSAT-1
1993 KITSAT-2
1993 KSR-1
1998 KSR-2 1999
KOMPSAT-1
2006 KOMPSAT-2
2012 KOMPSAT-3
2013 KOMPSAT-5
2014 KOMPSAT-3A
2019 KOMPSAT-6
2003 STSAT-1
2009/10 STSAT-2
2013 STSAT-3
2013 STSAT-2C
2002 KSR-3
2009/10/13 KSLV-1
2021 KSLV-2
2010 COMS
2016 CAS-100
2017 GEOKOMPSAT-2A
2018 CAS-500
2017 GEOKOMPSAT-2B
2008 KAP
2009 Naro Space
Center
2023 Lunar
Orbiter 2025 Lunar Lander
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Domestic Environment Changes
Launched the new Government - President Geun-hye Park was inaugurated as the 18th President
of the Republic of Korea in February 2013
- The president has emphasized the importance of science and
technology, especially the necessity to support the early
development of KSLV-II (Korea Space Launch Vehicle II) as well
as the implementation of the following lunar exploration
projects
- Government reorganization :
MEST (Ministry of Education, Science Technology)
=> MSIP (Ministry of Science, ICT and future Planning)
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• Objective : Development of a Space Launch Vehicle to launch a small (100Kg) LEO satellite
• Dev. Period : 2002 ~ 2010
• Specification :
- <1st Stage> Russia (Liquid Engine)
- <2nd Stage> Korea (Solid Engine)
- Payload : STSAT
• Launch : Naro Space Center
- 1st Launch : 2009, - 2nd Launch : 2010
- 3rd Launch : 2013
• Expected Effect
-
Overview
KSLV-I (Naro)Space Launch Vehicle
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Overview
• Objective : Development of a Space Launch Vehicle to launch a 1.5 ton LEO satellite
• Dev. Period : 2010 ~ 2021
• Specification - 3 stage Launch vehicle (1st : 4 Liquid Engine(75ton) Clustering,
2nd : 1 Liquid Engine(75 ton), 3rd : 1 Liquid Engine (7 ton) - Length : approx. 46 m - Orbit : 600∼800km SSO (Sun-Synchronous Orbit)
• R&D - Launch Vehicle System, Liquid Engine Design, Manufacture &
Test - Development of related facilities & equipment - Naro Space Center (2nd Stage)
• Expected Result -
KSLV-II Space Launch Vehicle
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Overview
• O
• Specification
• Launch : August 2013
• Expected effects :
Satellite Program(KOMPSAT 5)
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Researches for Lunar Exploration
• National Lunar Program
- Based on the development plan of KSLV-II in 2021 (1.5 ton),
- Lunar Orbiter in 2023 & Lander in 2025
The feasibility study for the lunar mission will be completed within this
month
• Preliminary Research for the Lunar Exploration - Lunar mission & architecture development
- Lunar orbiter & lander bus system
- Lunar exploration rover system
- Lunar scientific study & payload instrument
Overview
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KARI-JAXA Feasibility Study for Joint Space Experiment
Current Status of Joint Mission Cooperation with JAXA
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ISS partner Coordination
Support contractor
Implementing Agreement
Engineering: JAMSS Science: JSF
Japanese PI (Tokushima Univ.)
Korean PI (Yonsei Univ.) ▪ Define mission/science requirements
▪ H/W development support
H/W manufacturing contractor
▪ Laboratory Model ▪ EM /QM/FM fabrications ▪ Safety Review Support
▪ Documentation Works ▪ Joint review activities ▪ Information Exchange ▪ H/W development
▪ Mission development ▪ Mass up &downloading ▪ Experiment Ground Control (TKSC) ▪ Collaboration coordination(w/JAXA)
Cooperation Frame : STAR
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Future Schedule for STAR (Tentative)
Review Title Date Reviewer
Place KARI JAXA
Flight Preparation Transfer Review (MDR/SDR)
Oct. 2013 ◎ ○ KARI
Preliminary Design Review(PDR) Jan. 2014 ○ △ KARI
Critical Design Review(CDR) May 2014 ○ △ KARI
Post Qualification Review(PQR) 2015 (TBD) ○ △ KARI
Development Completion Review 2015 (TBD) ○ JAXA
Experiment Implementation Transfer Review 2015 (TBD) ○ JAXA
Increment Operation Review 2015 (TBD) ○ JAXA
Post Flight Analysis Review 2015 (TBD) ○ ○ KARI/JAXA