Mission Drishti, world’s first OptoSAR satellite from private Indian company, loses communication after solar storm | Current Affairs | Vision IAS

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Mission Drishti, world’s first OptoSAR satellite from private Indian company, loses communication after solar storm

08 Jul 2026
2 min

Introduction to Mission Drishti

Mission Drishti is the world's first OptoSAR satellite developed by Bengaluru-based space start-up GalaxEye. It combines optical cameras with all-weather radar capabilities. The satellite was launched in May 2026.

Launch and Anomaly

  • The satellite was launched aboard a Falcon 9 by SpaceX from Vandenberg, California, on May 3, 2026.
  • An anomaly occurred during the final stage of the Launch and Early Orbit Phase (LEOP) due to a geomagnetic solar storm.
  • Initial analysis suggests radiation effects impacted a critical onboard system, leading to intermittent communication which was eventually lost.
  • Recovery efforts are ongoing, but the likelihood of regaining full control is low.

Achievements Despite Anomaly

  • The mission successfully established communication and completed most planned LEOP activities.
  • Key systems executed critical deployment, attitude control, and onboard operations.
  • The mission validated essential technologies and operational processes for advanced space systems.

Future Plans and Innovations

GalaxEye is incorporating lessons learned into its next-generation spacecraft architecture. The company plans to:

  • Launch two new OptoSAR satellites within the next 24 months.
  • Expand in-house capabilities to enhance quality, reliability, and execution.
  • Focus on bringing a significant portion of its supply chain, manufacturing, and satellite development processes in-house for better control over the value chain.

Statements from GalaxEye

Suyash Singh, founder & CEO of GalaxEye, emphasized the importance of Mission Drishti in providing invaluable engineering insights, which will strengthen future missions. The team is committed to growth and improving their space mission capabilities.

Explore Related Content

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RELATED TERMS

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Attitude control

The process of orienting a spacecraft in space. This involves controlling its position and direction to ensure that its instruments are pointed correctly and its solar panels are aimed at the Sun for power generation.

Geomagnetic solar storm

A disturbance on the Sun that releases a large amount of energy and charged particles into space. These storms can affect satellites and space systems by causing radiation damage and communication disruptions.

Launch and Early Orbit Phase (LEOP)

The critical initial phase of a space mission immediately after launch. It involves deploying the spacecraft, establishing communication, and performing initial checks and maneuvers to ensure the satellite is functioning correctly in orbit.

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