ISRO’s LVM3-M6 lifts BlueBird Block-2 into orbit with onboard camera view
ISRO’s LVM3-M6 lifts BlueBird Block-2 into orbit with onboard camera view
ISRO’s LVM3-M6 mission carries BlueBird Block-2 for AST SpaceMobile, delivering a rare onboard look from liftoff to deployment in low Earth orbit.
In a milestone for both space tech and commercial orbiting, ISRO's LVM3-M6 rocket launched from the Satish Dhawan Space Centre in Sriharikota, sending the BlueBird Block-2 satellite for AST SpaceMobile into orbit. An onboard camera captured the entire sequence—from liftoff and booster separation to the satellite's final deployment into Low Earth Orbit—offering viewers a cockpit-style perspective of a high-stakes commercial mission. The footage underscores the precision and timing essential to placing a large telecommunications satellite into the right orbital slot.
Weighing about 6,100 kilograms, BlueBird Block-2 is the heaviest payload ever placed into LEO by the LVM3 rocket, marking a significant leap in India’s heavy-lift capabilities and in AST SpaceMobile’s efforts to expand direct-to-device connectivity. This mission represents the sixth operational flight of ISRO’s heaviest launch vehicle, reinforcing the agency’s growing role in the global commercial space arena.
The launch highlights India’s expanding commercial space push, with private operators and international partners looking to leverage ISRO’s launch capabilities for advanced telecommunications initiatives. The onboard view of liftoff and deployment not only demonstrates engineering prowess but also serves as a powerful promotional asset for future collaborations and service tests aimed at extending high-speed coverage to hard-to-reach regions.
As observers watched the countdown, analysts noted that the mission could catalyze further partnerships between Indian space infrastructure and global satellite operators, potentially unlocking new opportunities for connectivity across remote areas while showcasing the robustness of India’s space program on the world stage.