ISRO’s PSLV-C62 mission to open 2026 launch calendar with EOS-N1 and multiple co-passengers
ISRO is set to begin its 2026 orbital schedule with the PSLV-C62 mission from Sriharikota, launching the EOS-N1 Earth observation satellite and additional payloads, signalling a renewed pace for India’s satellite and commercial launch ecosystem.
First major launch marker for 2026
India’s space programme is slated to kick off the year’s orbital missions with PSLV-C62, scheduled to lift off from the Satish Dhawan Space Centre in Sriharikota on 12 January 2026 at 10:17 am IST. The launch is being positioned as the opening act of ISRO’s 2026 launch calendar and another demonstration of PSLV’s role as a dependable workhorse for deploying Earth observation and small satellite payloads.
EOS-N1: boosting imaging and monitoring capability
The primary payload for PSLV-C62 is EOS-N1, an Earth observation satellite described as designed to strengthen India’s remote sensing capacity across practical domains such as agriculture support, urban mapping and environmental monitoring. Such satellites help build sustained datasets for planning and disaster response, and they also feed a growing domestic user base that includes government departments, researchers and private analytics firms.
Co-passengers and the commercial ecosystem
Beyond the main satellite, the mission includes a set of co-passenger payloads, reflecting the increasing role of multi-satellite launches and commercial aggregation. Reports around the mission have highlighted payloads connected to emerging private-sector ambitions such as on-orbit servicing concepts and compact satellites with onboard processing. This mix matters because it shows how ISRO launches are increasingly intertwined with India’s private space pipeline and international customer opportunities.
Why this mission is a tech story, not just a calendar entry
Launches like PSLV-C62 are technology enablers for sectors beyond space: remote sensing data supports precision agriculture, infrastructure planning, climate and pollution analysis, and rapid mapping after extreme weather events. At the same time, the presence of multiple small payloads signals a shift in how new hardware is tested and deployed—faster iteration cycles, more specialised satellites, and a broader set of builders participating in the space supply chain.