1. Resurs-P. Capabilities. Standard products. A. Peshkun The 14 th International Scientific and Technical Conference “From imagery to map: digital photogrammetric technologies” 20-22 th of October, 2014 China

2. Resurs-P — Russian remote sensing spacecraft developed by JSC “RSC Progress”. Operates by Research Center for Earth Operative Monitoring (JSC Russian Space Systems). Currently planned to create group of 3 satellites Resurs-P. The first spacecraft was launched on June 25, 2013. The spacecraft is designed to update the maps to ensure economic activity MNR of Russia, the Russian Emergencies Ministry, for the control and protection of the environment and other consumers.

3. Orbit parameters Typecircular sun-synchronous Height, km475 Inclination, deg97.28 Revisit time, days3 Orbital period, min94

4. Sensors

5. Geoton-L1 Focal length, mm4000 Diameter of the entrance pupil, mm500 Aperture1:8 Field of view, deg5°18’ Pixel size, µm panchromatic spectral 6х6 18х18 GSD: panchromatic, m multispectral, m 1.0 3.0-4.0 Span width, km38 Spectral bands, µm : panchromatic blue green red red edge NIR 0.62-0.79 0.48-0.53 0.54-0.59 0.62-0.68 0.72-0.80 0.81-0.88 Number of simultaneously used bands1-5 bit per pix10

7. Hyperspectral sensor Span width, km30 GSD, m25-30 Spectral bands, µm 0.4-1.1 Number of bandsmore than 96 Spectral resolution, nm5-10

8. Complex wide field multispectral sensors characteristics Values Medium resolution High resolution Optic system: Focal length, mm Aperture Field of view, deg 40 1:4 54°30’ 200 1:3 11°70’ Span width, km441.797.2 GSD: panchromatic, m spectral, m 59 118 12 23.8 Spectral bands, µm : panchromatic blue green red NIR 1 NIR 2 0.43-0.7 0.43-0.51 0.51-0.58 0.60-0.70 0.7-0.9 0.8-0.9 Pixel size, µm panchromatic multispectral 5х5 10х10 bit per pix12

10. Surveying modes

11. Route surveying can be performed with a constant roll and pitch, and with a given azimuth. Deviation of the spacecraft roll and pitch from the nadir possible up to ± 45 °, yaw - up to ± 60 °. Duration routes from 2 to 300 seconds. Route surveying s w a t h w i d t h flight direction s w a t h w i d t h Constant roll and pitchConstant azimuth

12. Areal surveying flight direction s w a t h w i d t h

13. Stereo surveying s w a t h w i d t h flight direction Stereoimaging is performed at a single turn with a deviation by the pitch. Length of routes - up to 115 km.

14. Standard products

15. Sensor Geoton-L1 Product level Panchromatic GSD 1m, spectral band 0.62-0.79 µm Multispectral GSD 3 m, spectral bands: 0.48-0.53 µm 0.54-0.59 µm 0.62-0.68 µm 0.72-0.80 µm Reb bands GSD 3 m, spectral bands: 0.66-0.69 µm 0.70-0.75 µm NIR GSD 3 m, spectral band 0.81-0.88 µm File format 1А1Аimages by bands with radiometric and geometric correction + RPC. TIFF, BМP, IMG 1А1 RGB image with radiometric and geometric correction + RPC TIFF, BМP, IMG 2А images by bands with radiometric and geometric correction + RPC, georeferenced to a cartographic projection, transformed by the average height. accuracy 30-50 m. GeoTIFF, IMG 2А1 RGB image with radiometric and geometric correction + RPC, georeferenced to a cartographic projection, transformed by the average height. accuracy 30-50 m. GeoTIFF, IMG 2В images by bands with radiometric and geometric correction, georeferenced to a cartographic projection, transformed by using GCP and DTM. Accuracy dependent on the reference data and DTM. GeoTIFF, IMG 2В12В1 RGB image with radiometric and geometric correction, georeferenced to a cartographic projection, transformed by using GCP and DTM. Accuracy dependent on the reference data and DTM. GeoTIFF, IMG 3А Mosaic image of the images 2A level. Mosaic image of the images 2A1 level. GeoTIFF, IMG 3В Mosaic image of the images 2B level. Mosaic image of the images 2B1 level. GeoTIFF, IMG 4АPansharpened image (PAN 2A level + MSS 2A1 level) GeoTIFF, IMG 4ВPansharpened image (PAN 2B level + MSS 2B1 level) GeoTIFF, IMG

16. Hyperspectral sensor Product level GSD 30 m Spectral range 0,4-1,1 nm (130 bands) File format 1А1АHyperspectral image with radiometric and geometric correction, with color value at entrance pupil. TIF, IMG, BMP, 2А Hyperspectral image with radiometric and geometric correction, with color value at entrance pupil, georeferenced to a cartographic projection, transformed by the average height. Accuracy 100 m. GeoTIFF, IMG 2ВHyperspectral image with radiometric and geometric correction, with color value at entrance pupil, georeferenced to a cartographic projection, transformed by using GCP and DTM. Accuracy dependent on the reference data and DTM. GeoTIFF, IMG

17. wide field multispectral sensor (medium resolution) Product level Panchromatic GSD 60 m Spectral band 0.43-0.70 µm Multispectral GSD 120 m Spectral bands: 0.43-0.51 µm 0.51-0.58 µm 0.60-0.70 µm 0.70-0.90 µm 0.80-0.90 µm File format 1А1Аimages by bands with radiometric and geometric correction. TIFF, BМP, IMG 1А1RGB image with radiometric and geometric correction. TIFF, BМP, IMG 2А images by bands with radiometric and geometric correction, georeferenced to a cartographic projection, transformed by the average height. Accuracy 100 m for PAN and 200 m for MSS. GeoTIFF, IMG 2А1 RGB image with radiometric and geometric correction, georeferenced to a cartographic projection, transformed by the average height. accuracy 200 m. GeoTIFF, IMG 2В images by bands with radiometric and geometric correction, georeferenced to a cartographic projection, transformed by using GCP and DTM. Accuracy dependent on the reference data and DTM. GeoTIFF, IMG 2В1 RGB image with radiometric and geometric correction, georeferenced to a cartographic projection, transformed by using GCP and DTM. Accuracy dependent on the reference data and DTM. GeoTIFF, IMG 3АMosaic image of the images 2A level.Mosaic image of the images 2A1 level. GeoTIFF, IMG 3ВMosaic image of the images 2B level.Mosaic image of the images 2B1 level. GeoTIFF, IMG 4АPansharpened image (PAN 2A level + MSS 2A1 level) GeoTIFF, IMG 4ВPansharpened image (PAN 2B level + MSS 2B1 level) GeoTIFF, IMG

18. wide field multispectral sensor (high resolution) Product level Panchromatic GSD 12 m Spectral band 0.43-0.70 µm Multispectral GSD 24 м Spectral bands: 0.43-0.51 µm 0.51-0.58 µm 0.60-0.70 µm 0.70-0.90 µm 0.80-0.90 µm File format 1А1Аimages by bands with radiometric and geometric correction. TIFF, BМP, IMG 1А1RGB image with radiometric and geometric correction. TIFF, BМP, IMG 2А images by bands with radiometric and geometric correction, georeferenced to a cartographic projection, transformed by the average height. Accuracy 50 m for PAN and 100 m for MSS. GeoTIFF, IMG 2А12А1 RGB image with radiometric and geometric correction, georeferenced to a cartographic projection, transformed by the average height. accuracy 100 m. GeoTIFF, IMG 2В images by bands with radiometric and geometric correction, georeferenced to a cartographic projection, transformed by using GCP and DTM. Accuracy dependent on the reference data and DTM. GeoTIFF, IMG 2В1 RGB image with radiometric and geometric correction, georeferenced to a cartographic projection, transformed by using GCP and DTM. Accuracy dependent on the reference data and DTM. GeoTIFF, IMG 3АMosaic image of the images 2A level.Mosaic image of the images 2A1 level. GeoTIFF, IMG 3ВMosaic image of the images 2B level.Mosaic image of the images 2B1 level. GeoTIFF, IMG 4АPansharpened image (PAN 2A level + MSS 2A1 level) GeoTIFF, IMG 4ВPansharpened image (PAN 2B level + MSS 2B1 level) GeoTIFF, IMG

19. Thank you for your attention!