Summary: India is set to elevate its meteorological monitoring and forecasting capabilities with the launch of INSAT-3DS, via the GSLV F14 rocket on February 17. Undertaken by ISRO from Sriharikota, this mission, funded by the Ministry of Earth Sciences (MoES), promises to improve weather predictions and aid in disaster management.
In a move to significantly improve weather forecasting and provide better disaster warnings across the country, the Indian Space Research Organisation (ISRO) has announced the upcoming launch of the meteorological satellite INSAT-3DS. Slated for a late afternoon lift-off from the Sriharikota spaceport, the event is expected to mark a substantial advancement in India’s weather monitoring services.
The INSAT-3DS, a third-generation geostationary meteorological satellite, represents the continuation of India’s efforts to maintain a robust infrastructure for environmental observation from space. This satellite joins its predecessors, INSAT-3D and INSAT-3DR, in orbit, and is anticipated to enhance the country’s capabilities in meteorological data acquisition and dissemination. Crafted with substantial contribution from local industries, INSAT-3DS is equipped with a suite of high-tech instruments, including a six-channel imager and a 19-channel sounder, designed to observe various atmospheric and oceanic phenomena in detail.
The satellite promises to expand India’s ability to collect intricate meteorological data, with payloads dedicated to surface and ocean monitoring in various spectral channels. Additionally, it will continue offering valuable data collection services and support for search and rescue operations in distress situations.
Upon successful deployment by the Geosynchronous Satellite Launch Vehicle (GSLV F14), ISRO will conduct a series of orbit-raising maneuvers to position INSAT-3DS into its permanent geostationary orbit. This launch can not only boost weather forecasting but also has the potential to influence various agencies, from the Indian Meteorological Department to the Indian National Center for Ocean Information Services, contributing to enhanced meteorological services in the country.
FAQ – INSAT-3DS Satellite Launch
What is the INSAT-3DS?
INSAT-3DS is a third-generation geostationary meteorological satellite designed to improve weather predictions and disaster management in India. It is equipped with advanced instruments, such as a six-channel imager and a 19-channel sounder, to collect detailed atmospheric and oceanic data.
Who is launching INSAT-3DS and why?
The Indian Space Research Organisation (ISRO) is launching the INSAT-3DS to enhance India’s capabilities in weather forecasting and disaster warnings. The satellite aims to provide a better quality of meteorological data acquisition and dissemination.
When is the INSAT-3DS set to launch?
The launch of INSAT-3DS via the GSLV F14 rocket is scheduled for February 17, with a late afternoon lift-off from the Sriharikota spaceport.
What are the benefits of the INSAT-3DS?
The satellite will significantly improve weather forecasting services, offer support for search and rescue operations, and provide stakeholders with enhanced meteorological data for better decision-making.
How will INSAT-3DS be placed into orbit?
After liftoff, ISRO will perform a series of orbit-raising maneuvers to position the INSAT-3DS into a permanent geostationary orbit, where it will operate and carry out its mission.
What organizations will benefit from the data collected by INSAT-3DS?
Various agencies including the Indian Meteorological Department and the Indian National Center for Ocean Information Services will benefit from the advanced meteorological services facilitated by the data from INSAT-3DS.
Key Terms and Definitions:
– ISRO: Indian Space Research Organisation, the space agency of the Government of India.
– Geostationary Satellite: A satellite in orbit above the equator that appears stationary relative to the Earth, revolving at the same rate as the Earth’s rotation.
– GSLV F14: Geosynchronous Satellite Launch Vehicle F14, a launch system developed by ISRO intended to carry satellites into geostationary orbit.
– Satellite Imager: An instrument on a satellite used to capture images of the Earth, often for environmental monitoring, weather forecasting, or resource management.
– Satellite Sounder: An instrument that measures the vertical distribution of atmospheric properties like temperature, humidity, and pressure, which is critical for weather forecasting.
– Meteorological Data Acquisition: The process of collecting data related to weather and atmospheric conditions.
– Sriharikota spaceport: A rocket launch center operated by ISRO in Andhra Pradesh, India.
– For more information on the Indian Space Research Organisation, visit: ISRO
– To learn about India’s Ministry of Earth Sciences, visit: Ministry of Earth Sciences
– For updates on meteorological advancements, visit: Indian Meteorological Department
– For oceanic information services, visit: Indian National Center for Ocean Information Services