ISRO To Launch EOS 5, Its Hawk Eye In Sky - 10 Key Takeaways - NDTV
India’s ISRO is set to launch EOS‑05, a high‑resolution geostationary imaging satellite, on the GSLV‑F17 “Naughty Boy” after an eight‑month launch lull. The satellite will deliver near‑real‑time border surveillance and support a range of civilian applications, marking a pivotal moment for the nation’s space and security agendas.
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India’s ISRO is set to launch EOS‑05, a high‑resolution geostationary imaging satellite, on the GSLV‑F17 “Naughty Boy” after an eight‑month launch lull. The satellite will deliver near‑real‑time border surveillance and support a range of civilian applications, marking a pivotal moment for the nation’s space and security agendas.
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**ISRO to Launch EOS‑05, Its “Hawk‑Eye” Satellite – 10 Key Takeaways**
*New Delhi, September 3, 2026* – The Indian Space Research Organisation (ISRO) is set to lift off its Geosynchronous Satellite Launch Vehicle‑F17 (GSLV‑F17), nicknamed “Naughty Boy,” from the Satish Dhawan Space Centre at 04:45 IST on Friday. The payload, EOS‑05, is the agency’s first high‑resolution, geostationary Earth‑observation satellite designed to provide continuous “hawk‑eye” surveillance over the Indian subcontinent and its neighboring borders. The mission marks the end of an eight‑month launch hiatus that began after a series of minor anomalies on earlier GSLV flights, and it is being billed as a critical step in restoring ISRO’s reputation for reliability.
The EOS‑05 satellite carries a state‑of‑the‑art optical payload capable of delivering panchromatic images at 0.25‑metre resolution and multispectral data at 1‑metre resolution, with a revisit time of 30 minutes over any point within its 70° field of view. Such capability will enable real‑time monitoring of infrastructure, disaster‑prone zones, and, most importantly, the volatile borders with China and Pakistan. Defence officials have highlighted the platform’s role in augmenting “24‑by‑7” situational awareness, feeding high‑fidelity data to the Integrated Defence Command and Control Network (IDC‑CN) for rapid decision‑making.
Beyond security, EOS‑05 is expected to bolster civilian applications, including precision agriculture, urban planning, and climate‑change studies. The satellite’s payload will be powered by a 1.5‑kW solar array and will operate for a minimum design life of five years, with an on‑board propulsion system to maintain its geostationary slot at 83° E. The successful deployment of EOS‑05 would also revive confidence in India’s heavy‑lift launch capability, positioning ISRO to compete for commercial geostationary‑orbit contracts and to support upcoming missions such as the Indian Lunar Polar Exploration (ILPE) and the next generation of navigation satellites.
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