GISAT-1/GSLV-F10

GSLV (Geosynchronous Satellite Launch Vehicle) is the largest launch vehicle developed by India.

GSLV Specifications

Height49.13 m
Number of Stages3
Lift Off Mass414.75 tonnes
First FlightApril 18, 2001

GSLV-F10/GISAT-1 Mission

GSLV-F10 will launch GISAT-1 (Geo Imaging Satellite-1) satellite from the Satish Dhawan Space Centre (SDSC) SHAR, Sriharikota, the date of Aug 12, 2021.

GISAT-1 is the latest earth observation Satellite developed by ISRO, that will be plased in a Geostationary orbit.

It will be continuously observe land, ocean and atmospheric parameters at relatively higher resolution ranging from 50-320 meters using appropriate spectral bands from different applications.

After reaching Geosynchronous transfer orbit it will be commanded from ground to reach it’s geostationary orbital slot by using own propulsion system. It is navegate over the indian subcontinent at 85.5 degrees east longitude. It will generate two-dimensional imagery by showing in to as east direction and stepping in north-south direction. The scan mode includes coverage of entire indian subcontinent landmass and oceans.

The mission life of satellite will be around 7 years. Imagery from GISAT-1 will be utilized for a host of applications, including;

  • Crop monitoring at regional and national level
  • Drought progression and assessment.
  • Ocean and Coastal zone management
  • Fog detection and warning
  • Disaster management, dust monitoring, and many more.

Indial earth earth observation Satellite are the excellent example of the countri’s technological strength, enhancing the space technology for the development of the country.

GSLV-F10/GISAT-1

GSLV-F10 Specifications

Orbital slot85.50 E
Apogee36,297 km
Perigee170 km
Inclination19.4 deg
Lift-off mass2268 kg
Power generation2280 W

Sensors and Resolution

Sensors (Spectral band)Resolution
Multi-Spectral Visible & Near-InfraRed (6 bands)42 m
Hyper-Spectral Visible & Near-InfraRed (158 bands)318 m
Hyper-Spectral Short Wave-InfraRed (256 bands)191 m

Objectives

  • Provide to near real time imaging of large area region of interest at frequent intervals.
  • For quick monitoring of natural disasters, episodic events and any short term events.
  • To obtain spectral signatures for agriculture, forestry, mineralogy, disaster warning, cloud.

Leave a Comment

Your email address will not be published.