The Indian Space Research Organisation is scheduled to launch the PSLV-C62 rocket on January 12, 2026, at 10:17 AM IST from the Satish Dhawan Space Centre in Sriharikota. This mission will deploy the primary payload, EOS-N1, also known as “Anvesha,” an advanced hyperspectral Earth-observation satellite, along with 18 smaller co-passenger satellites. The flight marks ISRO's return to operations following a third-stage anomaly in a PSLV mission during May 2025.

PSLV-C62 represents the 64th flight of the Polar Satellite Launch Vehicle in its DL configuration, featuring two single-stage solid strap-on boosters. The mission is designed as a multi-payload affair, accommodating the main EOS-N1 satellite alongside 18 secondary payloads, primarily experimental and educational CubeSats contributed by both Indian and international customers. A successful outcome will be instrumental in reaffirming the reliability of the PSLV series after the previous setback.

The 2025 anomaly, which involved a failure in the PSLV's third stage, had temporarily disrupted confidence in the launch vehicle. ISRO has since conducted thorough reviews and corrective measures to ensure mission readiness. The upcoming launch carries added significance as it demonstrates the agency's commitment to restoring operational consistency and maintaining its track record in Earth-observation deployments.

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EOS-N1, designated “Anvesha,” is a sophisticated hyperspectral imaging satellite developed primarily for the Defence Research and Development Organisation. Unlike traditional optical sensors, it captures data across hundreds of narrow spectral bands, enabling detailed analysis of material composition on the Earth's surface. This capability supports strategic applications such as border surveillance and national security, while also providing valuable data for civilian sectors including agricultural monitoring and environmental assessment.

The mission's secondary payloads consist mainly of small CubeSats intended for technology demonstration, scientific experiments, and educational purposes. These co-passenger satellites reflect growing international collaboration in space activities, with contributions from both domestic institutions and foreign entities. The combined deployment underscores India's expanding role in providing cost-effective access to space for a diverse range of users.

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