
After losing Mission Drishti to a solar storm, GalaxEye plans two next-gen satellites and deeper vertical integration. The bet signals a shift for India's private space industry.
Bengaluru-based space-tech startup GalaxEye will launch two next-generation OptoSAR satellites over the next 24 months and expand in-house manufacturing after its maiden mission, Mission Drishti, lost communication during an extreme geomagnetic solar storm.
Launched May 3 on a SpaceX rocket, Mission Drishti was the first satellite to combine optical and synthetic-aperture radar on a single platform. Prime Minister Narendra Modi and SpaceX CEO Elon Musk acknowledged the milestone for India's private space sector. Before the anomaly, the satellite completed most of its Launch and Early Orbit Phase, demonstrating deployment, attitude control, onboard computing, and ground-station communication from GalaxEye's Bengaluru Mission Control Centre.
During the final stage of that phase, an extreme solar storm struck. The company said radiation from the space weather event likely affected a critical onboard system, making communication intermittent and then cutting it. Recovery efforts continue. The odds of re-establishing contact are low, GalaxEye said.
"Mission Drishti marks the culmination of years of innovation, engineering, and execution by our team. While the satellite experienced an anomaly following an extreme space weather event, the mission has provided invaluable engineering insights that will directly strengthen our future missions. Learning from the mission, we are accelerating our transition toward bringing a significant portion of our supply chain, manufacturing, and satellite development processes in-house, giving us visibility and control over the entire value chain," said Suyash Singh, Founder and CEO of GalaxEye.
The company said the lessons from Mission Drishti are already feeding into the next spacecraft architecture. Alongside the two new satellites, GalaxEye is moving more of its supply chain and satellite manufacturing in-house. That shift gives the startup tighter control over quality and execution. It also ties up more capital and takes longer to scale than a model that relies on external vendors.
Most Indian space startups combine in-house design with outsourced component production. Full vertical integration is rare at this stage. GalaxEye's decision mirrors a global debate. SpaceX and its affiliates have used vertical integration as a cost and reliability advantage. Traditional primes have leaned on supply chains. Newer Indian entrants have had to balance the two. The engineering pain from the anomaly appears to have pushed GalaxEye toward deeper internal control.
The first of the two new OptoSAR satellites is expected within 18 months. The company has not disclosed the launch provider or financing for the batch. Singh said the larger in-house share gives GalaxEye end-to-end visibility from component qualification to final assembly.
For the sector, the open question is whether the extra capital intensity will slow GalaxEye's time to revenue compared with peers that outsource more. Earth-observation data sales typically ramp after repeat coverage is established. Early financial returns depend on how fast the constellation grows. GalaxEye's first follow-on satellite is expected to launch within 18 months.
Recovery teams continue efforts to reach the first satellite. The company said the odds remain low.
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