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ISRO Set To Launch Its 100th Satellite On Jan 29

India’s space agency, ISRO (Indian Space Research Organisation), is preparing to make history with the launch of its 100th satellite. This milestone mission is set to take place on January 29 from the Satish Dhawan Space Centre in Sriharikota, with the GSLV-F15 NVS-02 mission. This achievement marks a significant step for India in space exploration and satellite technology, reinforcing the country’s growing space capabilities.

Launch Details and Mission Overview

The upcoming mission will see the launch of the GSLV-F15, which is equipped with India’s Indigenous Cryogenic Stage. The rocket is designed to place the NVS-02 satellite into a Geosynchronous Transfer Orbit (GTO). The launch will be conducted from the Second Launch Pad (SLP) at the Satish Dhawan Space Centre, a prominent hub for ISRO’s space missions.

The GSLV-F15 flight is of special importance as it is the 17th flight of India’s Geosynchronous Satellite Launch Vehicle (GSLV) and the 11th flight to feature the Indigenous Cryogenic Stage. This also marks the 8th operational flight of the GSLV using this cryogenic stage, which has become one of India’s critical achievements in rocket propulsion technology.

About NVS-02 Satellite and its Role in NavIC

The NVS-02 satellite is the second in the NVS series and will augment the NavIC (Navigation with Indian Constellation) system, which is India’s regional navigation satellite system. NavIC provides accurate Position, Velocity, and Timing (PVT) services to users across India and the surrounding region, extending up to 1,500 kilometers beyond India’s landmass. The system’s primary function is to offer highly precise navigation information to users, a key element in both civilian and military applications.

The NVS series satellites (NVS-01, NVS-02, NVS-03, NVS-04, and NVS-05) are designed to enhance and augment the NavIC base layer constellation. The satellites will improve the continuity of the service and ensure the long-term availability of accurate navigation data for users. ISRO has highlighted the enhanced features of these satellites, aimed at maintaining the high standards of positioning accuracy.

One of the key technological features of the NVS-02 satellite is its use of a combination of indigenous and procured atomic clocks. These clocks are essential for precise time estimation, which is a crucial aspect of satellite navigation. The combination of these advanced atomic clocks enables the satellite to offer exceptional accuracy in time and positioning services.

Design and Development of NVS-02 Satellite

The NVS-02 satellite has been designed, developed, and integrated at URSC (U R Satellite Centre), with the support of other satellite-based work centres within ISRO. This collaborative effort highlights ISRO’s extensive in-house expertise in satellite development and integration, as well as the agency’s ability to manufacture and deploy advanced space technology that meets the country’s needs.

Significance of the GSLV-F15 Launch

The GSLV-F15 mission represents another key milestone for ISRO, showcasing the progress India has made in the field of space technology, specifically with its indigenous cryogenic technology. The successful use of cryogenic stages is a significant achievement as it allows rockets to carry heavier payloads into higher orbits, enhancing India’s capabilities in launching complex satellites into space.

The GSLV-F15 mission is also important as it supports India’s efforts in building a robust infrastructure for space-based navigation. With the launch of NVS-02, India will be able to offer more accurate navigation services for applications ranging from telecommunications and transportation to defense and disaster management.

ISRO’s Progress and Future Prospects

This mission marks a significant achievement in ISRO’s growing space program, which has consistently delivered successful launches and advanced technological developments over the years. The launch of NVS-02 will be another step forward in making India self-reliant in the field of satellite navigation. With the continued enhancement of NavIC and the increasing number of successful satellite launches, ISRO is positioning itself as a leader in space technology, with a promising future ahead in global space exploration.

The GSLV-F15 NVS-02 mission is expected to further solidify India’s space capabilities, boosting its strategic position on the global space stage while providing critical services for domestic and international users alike. The success of this mission is also a testament to the growing technological prowess of India’s space program, which is set to continue its upward trajectory in the coming years.

In conclusion, ISRO’s milestone of launching its 100th satellite represents not only a significant achievement for the space agency but also a symbol of India’s progress in becoming a global leader in space technology and satellite navigation systems.

Summary of the News

Aspects Details
Why in News ISRO is set to launch its 100th satellite, marking a significant milestone in India’s space exploration and satellite technology. The GSLV-F15 NVS-02 mission will be launched on January 29, 2025.
Mission Overview The GSLV-F15 rocket will launch the NVS-02 satellite into a Geosynchronous Transfer Orbit (GTO) from the Satish Dhawan Space Centre. This is the 17th flight of GSLV and the 11th with the Indigenous Cryogenic Stage.
Satellite Information NVS-02 is the second satellite in the NVS series and will strengthen India’s NavIC system, offering precise navigation and positioning services up to 1,500 km beyond India’s borders.
Significance of NVS-02 Equipped with advanced atomic clocks, NVS-02 will enhance the accuracy of the NavIC system, supporting both civilian and military navigation applications.
Design and Development NVS-02 was developed and integrated at ISRO’s U R Satellite Centre (URSC), showcasing the agency’s in-house expertise in satellite development.
Technological Achievement The GSLV-F15 mission highlights India’s progress in cryogenic rocket technology, allowing for heavier payloads and improving India’s space capabilities.

 

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