EON Space Labs: India’s Satellite Optics Manufacturing Leap

India, a nation with consistent satellite launch capabilities, has historically relied on external suppliers for critical optical payload systems. EON Space Labs, established in 2022, is addressing this gap by developing these sophisticated systems domestically.

The company was founded by a team with extensive experience in precision imaging and manufacturing. Sanjay Kumar brings over a decade of expertise in optical design and imaging, Manoj Gaddam has 14 years in precision manufacturing and opto-mechanical supply chains, and Punit Badeka offers eight years in manufacturing operations and cost engineering. They recognized a recurring challenge: high-performance space optics were not designed or manufactured in India, leading to import lead times of 12 to 18 months.

“What we saw was a paradox,” the founders stated. “A country with world-class space ambitions still dependent on external suppliers for the very eyes of its satellites.”

A Telescope Designed for Weight Efficiency

Central to EON’s innovation is its flagship optical payload, MIRA. Designed with mission economics in mind, MIRA weighs just 502 grams, making it three to four times lighter than comparable global systems. This weight reduction directly impacts launch costs, as sending each kilogram to orbit can cost between $10,000 and $20,000. MIRA also integrates the capabilities of longer optical systems into a compact structure, a key element of EON’s design philosophy.

Beyond MIRA, EON’s product portfolio includes ARGUS and AstraView for space applications, the LUMIRA series for UAVs, and ground-based systems like BUHO, RAVEN, and Multisight for surveillance and defence. The company emphasizes in-house control over optical design, precision manufacturing, assembly, calibration, and testing, differentiating itself from domestic players who often assemble imported components.

Flight Heritage Validates Indigenous Technology

The journey from prototype to validation involved overcoming manufacturing yield issues and a period where the technology lacked clear commercial traction. A significant turning point was the successful flight of the MIRA payload on the PSLV-C62 mission in January 2026. This flight provided crucial heritage, a vital credibility marker in the space industry.

An engineering lead noted during a customer integration review, “We did not expect this level of MTF performance from an Indian source; we were planning to supplement with imported calibration optics.” This demonstrated that imported calibration optics were not necessary.

Scaling Production and Market Expansion

EON Space Labs currently employs a 17-person team, with over 80% in technical roles. The company serves satellite manufacturers, Earth observation operators, UAV integrators, defence companies, government agencies like the Ministry of Defence and Border Security Force, and international clients in Southeast Asia and the Middle East.

Revenue streams include payload sales, engineering model contracts, and non-recurring engineering work, with plans to add recurring revenue from maintenance and upgrade contracts. EON faces global competition from companies such as Simera Sense, Scanway Space, and Dragonfly Aerospace, as well as domestic competitor Kaleideo.

To scale, EON is investing Rs 120 crore in an optical manufacturing facility designed to support 50 to 100 payload assemblies annually and reduce sub-assembly costs by 30-40%. This addresses limitations in precision optical manufacturing supply chains. The company has secured a Pre-Series A funding round and is targeting a Series A round of approximately $13 million.

EON is also exploring potential partnerships in Europe with Safran, Thales, and Airbus Defence and Space. This strategic move signifies India’s growing capability in producing essential satellite components, shifting from import dependence to indigenous manufacturing.