Introduction of KOMPSAT-5 June, 2014 SI Imaging Services

Transcription

1 Introduction of KOMPSAT-5 June, 2014 SI Imaging Services Distribution Limitation, SI Imaging Services Proprietary Data : The data contained in this document, without the permission of SI Imaging Services, shall not be used or disclosed for any purpose. The data subject to this restriction is contained on all pages.

2 KOMPSAT At Your Service Sentosa Island Singapore

3 SI Imaging Services Satellite Imagery Satellite Image Value-added Service Established on 1 st April, 2014 Subsidiary of Satrec Initiative VHR satellite imagery & service provider Exclusive Worldwide Distributor of KOMPSAT-2, KOMPSAT-3 and KOMPSAT-5 Worldwide distributor of DubaiSat-2 Distributor of Deimos-2 (end of 2014) Distributor of TeLEOS-1 (2015)

4 Satrec Initiative at a Glance Leading Small EO Satellite Manufacturer 180 full-time staff (60% with MSc or higher degree) Over 20 Years Space Experience Over 20 International & National Space Programs Listed on KOSDAQ Exchange Market AS9100 & ISO 9001 certified - 4 -

5 Business Portfolio Space Satellite Platform Defense Mobile Ground Station Radiation Safety EFRD 3300 Payload UAV Ground Station EFRD Metro Ground Station Satellite Core Business Adjacent Business Spin-off Products - 5 -

6 Satellite Systems SpaceEye-X (0.5m) TBD (2019) SpaceEye-1 (1 m) Deimos-2 (2014) Confidential (2015) DubaiSat-3 (2017) SpaceEye-2 (2.5 m) DubaiSat-1 (2009) DubaiSat-2 (2013) Confidential (2012) SpaceEye-10 (10 m) RazakSAT (2009) RASAT (2011) X-SAT (2011) Confidential (2015)

7 Latest challenge on 21 st November, 2013 Latest Launch of DubaiSat-2 DuabiSat-2-7 -

8 Courtesy of EIAST, DubaiSat-2 Image

9 [KOMPSAT Constellation and Applications] Courtesy of EIAST, DubaiSat-2 Image 9

10 KOMPSAT Constellation KOMPSAT Program National program Developed and operated by KARI (Korea Aerospace Research Institute) Dual use : Government & commercial Worldwide imagery distribution by SI Imaging Services KOMPSAT-2 Design lifetime : 3 years ~ 1.0 m EO Payload LTAN : 10:50 KOMPSAT-5 Design lifetime : 5 years ~ 1.0 m SAR Payload LTAN : 6:00 (18:00) KOMPSAT-3 Design lifetime : 4 years ~ 0.7 m EO Payload LTAN : 13:

11 KOMPSAT-2 Specifications Launch 28 July, 2006 Ground Sampling Distance Swath Width PAN : km(nadir) MS : km(nadir) 15 km (nadir) Spectral Bands PAN : 500 ~ 900 nm MS1 (Blue) MS2 (Green) MS3 (Red) MS4 (NIR) : 450 ~ 520 nm : 520 ~ 600 nm : 630 ~ 690 nm : 760 ~ 900 nm Location Accuracy Tilt Angle Data Quantization Orbit Duty < 50.9 m CE90 Roll(-30~30 deg.) 10 bit / pixel Sun Synchronous Orbit Altitude : 685 km Inclination : deg. MLTAN : 10:50 20% per orbit

12 San Diego, USA K2 Images As of Oct. 2010

13 Quirinopolis, Brazil Proposal for KOMPSAT-3 Direct Receiving Station

14 KOMPSAT-3 Specification Launch 17 May, 2012 Ground Sampling Distance Swath Width PAN : km(nadir) MS : km(nadir) 16 km (nadir) Spectral Bands PAN : 450 ~ 900 nm MS1 (Blue) MS2 (Green) MS3 (Red) MS4 (NIR) : 450 ~ 520 nm : 520 ~ 600 nm : 630 ~ 690 nm : 760 ~ 900 nm Location Accuracy Tilt Angle Data Quantization Orbit Duty < 48.5 m CE90 Roll(-45~45 deg.) / Pitch(-30~30 deg.) 14 bit / pixel Sun Synchronous Orbit Altitude : ± 1 km Inclination : ± 0.05 deg. MLTAN : 13:30 +10/-15 min 10% per orbit

15 Sentosa Island Singapore Dubai, UAE

16 KOMPSAT-3

17 Introduction to KOMPSAT-5 First Korean Synthetic Aperture Radar Satellite

18 Satellite Configuration X-band Antenna S-band Antenna Synthetic Aperture Radar X-band Antenna Payload Module Solar Array S-band Antenna Solar Array Bus Module

19 Golden Mission GIS (Geographic Information Systems) MAP DEM Environment Monitoring Moisture ICE Ocean Monitoring Seaside Monitoring Typhoon Monitoring Disaster Monitoring Oil Spill Flood Control Crops Land Monitoring Land

20 KOMPSAT-5 Specification Launch 22 August, 2013 Payload Frequency NESZ Radiometric Accuracy Incidence Angles Orbit Polarization Duty Synthetic Aperture Radar (SAR) 9.66 GHz (X-band) -17 db 1 db 20 ~ 45 deg. (nominal, 304 km coverage) 45 ~ 55 deg. (extended, additional 186 km coverage) Sun Synchronous, Dawn-dusk orbit Altitude : 550 km Inclination : 97.6 deg. Local Time : 6 A.M. (Ascending) and 6 P.M. (Descending) 28 days repeat ground track (28D421R) Single (HH/HV/VH/VV) 2 minutes per orbit Looking mode Right (default) and Left Image Mode Spotlight (HR) Strip (ST) ScanSAR (WS)

21 Target Revisit Considering one-side looking

22 SAR Payload Similar design with Cosmo-SkyMed Frequency: 9.66 GHz (X-band) NESZ: -17 db Radiometric accuracy: 1 db (relative), 2 db (absolute) Imaging modes Spotlight Strip ScanSAR

23 Imaging Capability Duty: 2 minutes per orbit HR: ~ 300 scenes / day ST: ~ 377,000 km2 / day WS: ~ 1,258,000 km2 / day Incidence angles 20 ~ 45 deg. (nominal, 304 km coverage), 45 ~ 55 deg. (extended, additional 186 km coverage) Imaging performance at 45 degree incidence angle Range Resolution Azimuth Resolution Swath Remark Spotlight Mode (HR) 1 m 1 m 5 km 5 km x 5 km Strip Mode (ST) 3 m 3 m 30 km ScanSAR (WS) 20 m 20 m 100 km

24 ST Mode (1/2) Strip mode 19 different beams Incidence Resolution (m) Beam near far azimuth range swath (km) ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST ST

25 ST Mode (2/2) Specification

26 HR Mode (1/2) Sliding spotlight mode 31 different beams Beam Incidence center azimuth Resolution (m) range swath (km) HR HR HR HR HR HR HR HR HR HR HR HR HR HR HR HR HR HR HR HR HR HR HR HR HR HR HR HR HR HR HR

27 HR Mode (2/2) Specification

28 WS Mode (1/2) ScanSAR mode 5 different beams Incidence Resolution (m) Beam near far azimuth range swath (km) WS WS WS WS WS

29 WS Mode (2/2) Specification

30 Prague, HR

31 1 st International KOMPSAT Reseller Meeting Changi Airport, HR

32 1 st International KOMPSAT Reseller Meeting Dubai, HR

33 Minneapolis, HR

34 - 34 -

35 1 st International KOMPSAT Reseller Meeting Egypt, HR

36 SI Imaging Services Proprietary / KOMPSAT Images KARI / Distribution by SI Imaging Sochi Services Olympic Stadium, HR

37 Arkhangelsk, ST

38 The Himalaya (WS)

39 Product Level Level Product Description Projection Level 1A SCS_B In-Phase and Quadrature focused data, weighted and radiometrically equalized vs. slant range losses Slant Range / Azimuth (Zero-Doppler) Level 1B DGM_B Amplitude of the focused data, multilooked (but for High Resolution Mode) Ground Range (WGS84 Ellipsoid) /Azimuth (Zero-Doppler) Level 1C GEC_B Amplitude of the focused data, multilooked (but for High Resolution Mode) UTM (-80 <= center latitude <= 84 ) UPS (otherwise) Level 1D GTC_B Backscattering coefficient of the observed scene, multilooked (but for HR Mode), with annexed the Incidence Angles Mask UTM (-80 <= center latitude <= 84 ) UPS (otherwise)

40 Multi-looked and Geocoded Detected, multi-looked and geocoded K5 HR SLC data By using over-sampled SRTM DEM Courtesy of

41 Height Map Courtesy of

42 Height Map Courtesy of

43 Value in the Market Alternative source for SAR users X-band SAR with 1m resolution Direct access or scene basis Value for money Offer actual capacity for user society Strengthen the KOMPSAT products line Single offer including SAR and optical products Increase visibility of KOMPSAT constellation Frequent revisit by KOMPSAT constellation All weather / day-and-night Dawn / Morning / Afternoon / Dusk

44 COTS S/W Support Display PCI Geomatica 2013 : H5(HDF) ENVI 5.1 : H5(HDF) Processing GAMMA Remote Sensing A broad functionality including SAR interferometry and terrain corrected geocoding. Support from More S/W is expected soon

45 Data Continuity of KOMPSAT Governmental Space Development Plan

46 Future Plan Beta test ~ September of 2014 Commercialization 4 th quarter of

47 Contact Information KOMPSAT information KOMPSAT Archives Distributor in Czech GISAT s.r.o Ms. Marie Hakova Minyo Hong Marketing and Sales Director [KOMPSAT Constellation and Applications] 47

48 We Are At Your Service [KOMPSAT Constellation and Applications] 48

49 [KOMPSAT Constellation and Applications] 49