CivilsIASPrep.comISRO successfully launches Earth observation satellite EOS-05
What does this development mean for UPSC preparation?
ISRO successfully launched EOS-05, India's first geosynchronous orbit imaging satellite, aboard GSLV-F17 on September 4.
UPSC CSE Context
Why in News
ISRO successfully launched EOS-05, India's first geosynchronous orbit imaging satellite, aboard GSLV-F17 on September 4.
Syllabus Connection
Science and Technology: Space technology, satellite applications, and India's space program.
Exam Relevance
Important for UPSC CSE Prelims (space missions, satellite types) and Mains (space technology applications, self-reliance).
Core Issue
ISRO launches EOS-05, first geosynchronous imaging satellite.
Key Development
GSLV-F17 successfully placed EOS-05 into Sub-Geosynchronous Transfer Orbit, marking India's first dedicated imaging satellite from geosynchronous orbit.
Stakeholders
- Government of India
- Farmers
- Disaster management agencies
- Environmental monitoring bodies
Static Knowledge
High-Value Background
- Geosynchronous orbit allows continuous monitoring of a specific region, unlike sun-synchronous polar orbits used by most Earth observation satellites.
- GSLV is a three-stage launch vehicle with indigenous cryogenic upper stage, capable of placing heavier payloads into geosynchronous transfer orbit.
Exam Linkage
- Useful for questions on satellite orbits, launch vehicle capabilities, and applications of space technology.
Concepts in Context
- Geosynchronous orbit: satellite appears fixed over a location, enabling real-time monitoring.
- Sub-Geosynchronous Transfer Orbit: an intermediate elliptical orbit from which satellite raises itself to final geostationary orbit.
Institutions and Mechanisms
- ISRO: nodal agency for Indian space programme.
- Satish Dhawan Space Centre, Sriharikota: primary launch site.
Dynamic Analysis
Science and Technology
- EOS-05's geosynchronous vantage enables persistent observation for strategic and civilian needs.
- Successful cryogenic stage performance restores confidence after previous GSLV failure.
- Heavier payload capability demonstrates incremental launch vehicle improvements.
- Real-time imagery can enhance disaster response and agricultural monitoring.
Economy
- Indigenous launch capability reduces dependence on foreign launch services.
- Satellite data can support precision agriculture and resource management.
- Space sector growth may attract private investment and ancillary industries.
Security
- Geosynchronous imaging provides strategic surveillance over areas of interest.
- Continuous monitoring capability strengthens national security infrastructure.
- Reduces vulnerability to data denial from foreign satellites.
Governance
- Satellite data aids evidence-based policy in disaster management and environmental regulation.
- Inter-agency coordination needed to fully utilise EOS-05 data.
- Transparency in data sharing can enhance public trust and scientific collaboration.
Mains Value Addition
Arguments
- Geosynchronous imaging satellites offer strategic advantage through continuous regional monitoring.
- Successful launch after failures demonstrates ISRO's resilience and technological maturity.
- Space technology applications directly contribute to socio-economic development goals.
Examples
- EOS-05 will provide real-time imagery for agriculture, environment, and disaster management.
Data Points
- EOS-05 weighs 2367 kg, the heaviest satellite launched by GSLV.
- Launch occurred at 2:55 a.m. on September 4 from Sriharikota.
Counterpoints
- High cost of geosynchronous satellites compared to low Earth orbit alternatives.
- Potential dual-use nature may raise international concerns.
- Dependence on single launch vehicle class for heavy payloads.
Way Forward
- Develop downstream applications to maximise societal benefits from EOS-05 data.
- Enhance public-private partnerships in satellite data utilisation.
- Ensure robust data sharing protocols among government agencies.
- Continue improving launch vehicle reliability through iterative testing.