Isro prepares to launch 16 satellites on pslv-c62 mission

Isro is set to launch 16 satellites via the pslv-c62 mission on January 12, 2026. The primary payload is drdo's 400-kg hyperspectral earth observation satellite eos-n1 (codename anvesha), developed for strategic surveillance. The mission includes innovations like India's first orbital ai laboratory and a $2 per minute space cybercafe.

The indian space research organisation (isro) is kicking off its 2026 space odyssey with the high-stakes pslv-c62 mission, scheduled for launch from sriharikota on january 12, 2026. The mission carries 16 satellites, with the primary payload being drdo's eos-n1 (codename anvesha), a 400-kg hyperspectral earth observation satellite designed for strategic surveillance.

This launch marks several firsts for india. It includes the country's inaugural orbital ai laboratory, aimed at advancing artificial intelligence research in space. A revolutionary space cybercafe will also be deployed, offering services at $2 (about rs 180) per minute. Dubbed a 'petrol pump in space,' the aayulsat refuelling system will enable in-orbit fueling. The mira telescope, the lightest of its kind, is another highlight.

Contributions come from startups and firms such as orbit-aid, eon space labs, and takeme2space. Experts like ronak samantray have hailed it as a 'celestial ballet.' The mission bolsters india's space capabilities, particularly in ai, cloud computing, and satellite services. Live video streams will allow global audiences to witness the event.

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ISRO LVM3-M6 rocket launching BlueBird Block-2 satellite, heaviest payload to date, from Sriharikota launchpad.
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Isro's LVM3-M6 mission to launch BlueBird Block-2 satellite today

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The Indian Space Research Organisation (Isro) will launch the BlueBird Block-2 communications satellite for US company AST SpaceMobile today using its heavy-lift Launch Vehicle Mark-3 (LVM3). Weighing 6,100 kg, it will be the heaviest payload ever placed in low Earth orbit by the LVM3. The mission marks a milestone in Isro's commercial space efforts.

South Korea's homegrown Nuri space rocket was transported and positioned upright on the launchpad at the Naro Space Center on Tuesday, despite a weather delay. The procedure paves the way for its fourth launch scheduled for early Thursday. Space authorities are carrying out final preparations, including fuel injection.

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South Korea's fifth homegrown military spy satellite launched from Florida on a SpaceX Falcon 9 rocket successfully entered orbit. The satellite also communicated successfully with ground stations, completing the plan to deploy five such satellites by year's end. This enhances surveillance of North Korea and reduces reliance on U.S. imagery.

The Hanbit-Nano rocket, from South Korean startup Innospace, experienced an anomaly less than two minutes after takeoff from the Alcântara Launch Center in Maranhão on the night of December 22, 2025, thwarting what would have been the first orbital launch in Brazilian history. The vehicle was lost during the first stage's propulsion phase, and the onboard payloads were not recovered. Despite the setback, the incident is seen as normal for a new launcher's initial test.

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China has submitted plans to the International Telecommunications Union for nearly 200,000 satellites, potentially the largest constellation ever proposed. The filing, made on December 29, covers two constellations backed by the government. Experts suggest it may reserve space rather than indicate immediate deployment.

At the Open Source Summit Japan, Ramón Roche introduced Papermoon, an open source Linux stack designed for space applications. The project aims to standardize software for satellites and spacecraft, reducing the need for custom builds in the growing NewSpace industry. Drawing from drone sector successes, it seeks to foster collaboration and innovation.

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Following a launch scrub on December 17, Japan's JAXA launched its eighth H3 rocket on December 22, 2025, from Tanegashima Space Center, but suspended the live broadcast after the second-stage engine shut down prematurely. The rocket carries the Cabinet Office's Michibiki No. 5 satellite for Japan's Quasi-Zenith Satellite System (QZSS).

 

 

 

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