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.

The Isro LVM3-M6 mission is set to lift off from the Satish Dhawan Space Centre in Sriharikota at 8:24 am on December 24, 2025. This will be the sixth operational flight of the reliable LVM3 heavy-lift vehicle, which has previously succeeded with the Chandrayaan-3 mission and OneWeb constellations. The BlueBird Block-2 satellite, weighing 6,100 kg, will be injected into a 520 km low Earth orbit just over 15 minutes after takeoff. Designed by US firm AST SpaceMobile, the satellite is part of an LEO constellation aimed at providing direct-to-mobile high-speed cellular broadband, enabling 4G and 5G voice, video calls, texts, streaming, and data to smartphones worldwide.

This marks the third commercial mission for the LVM3, following the launches of 36 OneWeb satellites in 2022 and 2023. India secured these after Russia declined amid the Ukraine war and Europe's Ariane-5 was decommissioned. Compared to competitors like SpaceX's Falcon-9 and Europe's Ariane 6, the LVM3 offers heavy launches at lower costs, showcasing Isro's capabilities.

The launch comes weeks after the November 2 deployment of the CMS-03 communications satellite, the shortest gap between LVM3 missions. At 6,100 kg, it surpasses the previous heaviest payload of over 5,700 kg from OneWeb sets. Isro is optimizing the vehicle for human-rated Gaganyaan missions and the Bharatiya Antariksh Station, including upgrading the cryogenic upper stage from C25 to C32 for higher thrust, introducing semi-cryogenic engines to boost LEO capacity to 10,000 kg, and developing bootstrap reignition for multi-orbit efficiency.

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Discussions on X about ISRO's LVM3-M6 mission are predominantly positive and anticipatory, emphasizing the heaviest payload milestone for LVM3 and its commercial significance with AST SpaceMobile's BlueBird Block-2 satellite. High-engagement posts from official accounts like ISRO share launch details and live streams, while news outlets provide site visuals of preparations and excited crowds. Enthusiasts highlight technical achievements, and one user voices skepticism about ISRO shifting to commercial 'cab' services over scientific pursuits. Neutral factual updates dominate, with no strong negative reactions observed.

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South Korea's Nuri rocket erected on Naro Space Center launchpad ahead of fourth launch, with technicians preparing amid scenic coastal backdrop.
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Nuri rocket positioned on launchpad ahead of fourth launch

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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.

Blue Origin has announced that its next New Glenn rocket launch will reuse a booster from a recent mission, marking a rapid turnaround in orbital rocket reuse. The NG-3 mission, set for no earlier than late February, will deploy a communications satellite for AST SpaceMobile from Cape Canaveral. This follows the successful NG-2 flight in November and highlights the company's progress toward faster launch cadences.

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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.

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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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.

The US Federal Communications Commission has granted SpaceX permission to launch an additional 7,500 second-generation Starlink satellites, bringing the total approved to 15,000. This decision allows upgrades to enhance global internet and mobile coverage. The approval follows concerns over space safety and orbital debris.

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SpaceX's Starlink satellite constellation executed around 300,000 manoeuvres to dodge potential collisions in 2025, marking a 50 per cent rise from the previous year. The company's report to US regulators highlights the growing congestion in Earth's orbit. Experts warn that such high numbers signal unsustainable traffic in space.

 

 

 

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