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India’s ISRO launches EOS‑05, its first geosynchronous imaging satellite

India’s ISRO launches EOS‑05, its first geosynchronous imaging satellite

ISRO lifts off EOS‑05 on GSLV‑F17, marking a new era for Earth‑observation from geostationary orbit

The Indian Space Research Organisation successfully placed the EOS‑05 Earth‑observation satellite into a sub‑geosynchronous transfer orbit using the GSLV‑F17, its first imaging mission from a geostationary slot.

On a drizzly morning at Sriharikota, the familiar hum of engines rose above the sea‑breeze as the GSLV‑F17 roared to life. Inside the massive 4‑metre‑wide composite fairing, the EOS‑05 spacecraft rested, ready to embark on a journey that will give India its very first imaging satellite in a geosynchronous orbit.

When the booster cleared the Second Launch Pad at the Satish Dhawan Space Centre, a mixed crowd of students, teachers and avid space‑watchers erupted in cheers. Even the rain could not dampen their excitement; they had come to witness a milestone that many will remember for years to come.

The mission, officially designated GSLV‑F17/EOS‑05, was the 19th flight of India’s workhorse Geosynchronous Satellite Launch Vehicle. Its job was straightforward yet demanding: insert the payload into a Sub‑Geosynchronous Transfer Orbit (Sub‑GTO) from where EOS‑05 will maneuver to its final geostationary slot.

Why does this matter? From a geosynchronous perch, EOS‑05 can stare at the same swath of Earth day after day, delivering high‑resolution images across visible, infrared, multi‑spectral and hyperspectral bands. That means more reliable weather forecasts, better agricultural monitoring and sharper insights for disaster management.

Minister of State for the Department of Space, Jitendra Singh, took to X (formerly Twitter) to applaud the team, calling the launch “another giant leap for India in space.” He highlighted the satellite’s cutting‑edge capabilities and credited Prime Minister Narendra Modi’s visionary leadership for propelling India toward a stronger global space presence.

Technically, the launch showcased the maturity of the GSLV platform. Just a year earlier, GSLV‑F16 had lofted the NASA‑ISRO Synthetic Aperture Radar (NISAR) satellite, and now the same rocket family is proving it can deliver heavier, more sophisticated payloads to higher orbits.

As the launch vehicle faded into the horizon, the crowd lingered, eyes still fixed on the trailing plume. For many, it wasn’t just a rocket launch; it was a glimpse of how space technology is weaving itself deeper into everyday life back on the ground.

ISRO’s success with EOS‑05 adds another bright thread to India’s expanding tapestry of space achievements, and it underscores the nation’s ambition to become a truly global space power.

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