ISRO's 2026 Space Odyssey Begins: PSLV-C62 to Launch Anvesha Satellite

India's first space launch of 2026 is scheduled for January 12 with the PSLV-C62 mission. The rocket will carry the Anvesha, EOS-N1 Earth observation satellite into a polar sun-synchronous orbit. This marks the 64th launch for the reliable Polar Satellite Launch Vehicle, which has historic missions like Chandrayaan-1 to its credit. The launch follows ISRO's recent successful deployment of the BlueBird Block-2 communication satellite for a US company in late December.

Key Points: ISRO PSLV-C62 Launch: First 2026 Mission with Anvesha Satellite

  • First Indian space launch of 2026
  • PSLV-C62's 64th mission
  • Carrying Anvesha Earth observation satellite
  • Launch from Sriharikota at 10:17 IST
  • Follows successful December AST SpaceMobile mission
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India to conduct first space launch of 2026 with PSLV-C62, says Jawaharlal Nehru Planetarium Director

ISRO schedules first space launch of 2026 with PSLV-C62, carrying the Anvesha Earth observation satellite to a sun-synchronous orbit.

"Tomorrow, on January 12, 2026, is the first launch of the year being conducted by India. - B. R. Guruprasad"

Bengaluru, January 11

Jawaharlal Nehru Planetarium Director, B. R. Guruprasad, on Sunday, stated that India is going to conduct its first launch of the year in space on Monday with Polar Satellite Launch Vehicle C62.

"Tomorrow, on January 12, 2026, is the first launch of the year being conducted by India. This launch vehicle is one of the most reliable ones in the world. The PSLV has also launched spacecraft such as Chandrayaan-1, Mangalyaan, Aditya-L1, and others," he said.

Speaking to ANI, Guruprasad said that the launch will mark the 64th launch of the Polar Satellite Launch Vehicle. It will take an Earth observation satellite named "Anvesha, EOS-N1" to a polar sun-synchronised orbit, at least a hundred kilometres above the Earth's surface.

"It will be the 64th launch of the Polar Satellite Launch Vehicle. This vehicle is going to take a satellite called Anvesha, EOS-N1, an Earth observation satellite, into a polar sun-synchronous orbit, probably a couple of hundred kilometres above the Earth's surface," he added.

The Indian Space Research Organisation (ISRO) in a post on X had stated, "The Launch of PSLV-C62 Mission is scheduled on 12 January 2026 at 10:17 hrs IST from First Launch Pad (FLP), SDSC SHAR, Sriharikota."

Earlier, on December 24, ISRO successfully launched the BlueBird Block-2 communication satellite for the United States' AST SpaceMobile. The satellite was successfully placed in orbit, and the mission was declared a success.

The launch took place from the Satish Dhawan Space Station in Sriharikota, Andhra Pradesh, at 8:55 AM IST.

The mission deployed the next-generation communication satellite designed to provide high-speed cellular broadband directly to smartphones worldwide. The BlueBird Block-2 spacecraft would be the heaviest payload to be launched into Low Earth Orbit in the history of the LVM3 rocket.

- ANI

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Reader Comments

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Sarah B
It's impressive to see India's consistent launch cadence. Following the successful US satellite launch just last month, and now starting 2026 with another mission. The reliability of PSLV is world-class.
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Priya S
Earth observation satellites are so crucial for agriculture, disaster management, and urban planning. Hope Anvesha provides high-quality data for our scientists. All the best to the team at Sriharikota!
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Vikram M
While I'm proud of ISRO's achievements, I do wish there was more transparency and public engagement. A live stream with better commentary in regional languages would help more Indians feel connected to these missions.
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Rohit P
PSLV's 64th launch! What a track record. From Chandrayaan to now, it's been the backbone. Excited for the live countdown tomorrow at 10:17 AM. Setting my alarm! 🔥
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Michael C
The cost-effectiveness and success rate of the Indian space program is a lesson for many developed nations. Launching both domestic and international payloads back-to-back shows remarkable operational efficiency.

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