GalaxEye Mission Drishti
India’s First Private Multi Sensor Satellite
In recent years – private space startups in India have rapidly gained traction. One such company is Bengaluru-based space technology company GalaxyEye, which has announced a bold plan.
The firm intends to launch Mission Drishti a multi sensor Earth observation satellite during the first quarter of 2026. This mission promises to deliver advanced monitoring capabilities regardless of whether it is day or night or rain or storm.
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Why is GalaxEye Mission Drishti special?
This is not an ordinary satellite. Mission Drishti combines two powerful technologies in one platform:
- High resolution optical camera: captures crisp images in visible light.
- Synthetic Aperture Radar (SAR): able to see” through clouds and operate in adverse weather.
Do you know: Mission Drishti will still collect useful data even under thick cloud cover or during severe weather—something many conventional satellites struggle with.
Key specifications & capabilities
The satellite is expected to weigh about 160 kg making it the heaviest privately built satellite in India to date will be positioned at roughly 500 km above Earth.
it aims to capture imagery with resolution up to 1.5 meters. To put this in perspective: features like roads, buildings, agricultural fields, even fences could be distinguishable.
In the global private satellite space many missions have prioritized smaller payloads or lower resolution. Mission Drishti is poised to push boundaries by offering both a sizeable platform and advanced sensor capabilities.
Wide range of possible uses
The applications of data from Mission Drishti will spread across many sectors
- Agriculture: Monitoring crop health, moisture levels, irrigation status.
- Disaster Response: Tracking floods, storms, landslides in near real time.
- Infrastructure Monitoring: Observing bridges, roads, energy grids, urban growth.
- Finance & Insurance: Using spatial data to assess risk, validate claims, detect damage.
Because the satellite can function in adverse weather, industries relying on consistent and timely information stand to benefit the most.
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Testing & durability assurance
Before launch the satellite has undergone rigorous tests at ISRO’s UR Rao Satellite Centre. These tests simulated:
- Vibration effects: replicating the stresses during launch
- Vacuum conditions: equivalent to outer space
- Temperature cycles: extreme heat and cold transitions
These trials confirmed that Mission Drishti can endure the harsh environment of space and function reliably after launch.
GalaxEye Mission Drishti | Future Vision: A Satellite constellation
GalaxyEye’s vision is not limited to just one satellite. it plans to develop a constellation of 8 to 12 satellites by 2029.
This network would offer near real time Earth coverage across broad areas.
GalaxEye Mission Drishti Comparative study
| Aspect | Single Satellite | Constellation (8–12 satellites) |
|---|---|---|
| Revisit rate | Once a day (or more gaps) | Multiple times per day |
| Coverage gaps | More likely | Minimal gaps |
| Timeliness | Moderate | Near real time in many regions |
With a constellation – monitoring becomes more continuous and reliable compared to a lone satellite mission.
Why Mission Drishti Matters
Mission Drishti is significant for several reasons:
- It will be the first privately built multi sensor satellite in India.
- The dual sensor design ensures functionality even under clouds or storms.
- It accelerates the growth of India’s private space sector into advanced, high impact projects.
- It provides actionable geospatial data for sectors from agriculture to finance.
In essence – Mission Drishti represents a new phase moving from basic imaging to robust, weather resistant and frequent observation powered by private enterprise.
In a Nut Shell
The launch of GalaxEye’s Mission Drishti in early 2026 is set to transform Earth observation capabilities in India and beyond. By Blending optical and radar sensors it promises clear vision even in bad weather or darkness.
With its eye on a future constellation by 2029. the mission aims to deliver near real time observation across large swathes of the planet.
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