Budget 2026: India to Set Up, Upgrade Four Telescope Facilities

February 1, 2026

In a significant push for space science and astrophysics research, Finance Minister Nirmala Sitharaman announced in Union Budget 2026–27 that the government will set up and upgrade four major telescope and astronomy facilities to strengthen India’s observational capabilities and support cutting‑edge research in astronomy and astrophysics. The initiative is expected to enhance India’s role in global astronomical studies and inspire a new generation of scientists.

Four Key Telescope Projects Identified

Under the plan announced during the Budget speech, the four facilities to be established or upgraded include:

• National Large Solar Telescope (NLST) – Designed for high‑resolution solar observations, this facility will help scientists study solar activity, magnetic fields, and space weather events that can impact communication systems and power grids on Earth.

• National Large Optical Infrared Telescope (NLOT) – Aimed at strengthening India’s capabilities to observe faint and distant celestial objects such as exoplanets, galaxies, and nebulae, the NLOT will support frontier research in cosmology and stellar evolution.

• Himalayan Chandra Telescope (HCT) Upgrade – The existing telescope in Ladakh’s Hanle region will be upgraded to improve its sensitivity and instrumentation, taking advantage of the high altitude and exceptional atmospheric conditions for precise observations.

• COSMOS 2 Planetarium – Planned as a modern public outreach and education centre, this planetarium will play a key role in popularizing astronomy and space science among students and the wider public.

Strengthening Scientific Infrastructure and Research

The Budget’s telescope initiative reflects the government’s intent to build world‑class scientific research infrastructure in India. By enhancing observational tools and facilities, the move aims to deepen understanding of the Sun, stars, galaxies, and the universe, and position Indian researchers to contribute more significantly to global astrophysics projects.

Improved observational capabilities will allow scientists to conduct precise measurements and data collection that were previously limited by existing infrastructure, particularly in high‑altitude and low‑light pollution locations such as Ladakh.

Education, Outreach and Inspiring Future Scientists

Beyond research, the development of advanced facilities such as the COSMOS 2 Planetarium will enhance public engagement with space science, making astronomy more accessible to students and enthusiasts across the country. The focus on outreach highlights the broader aim of nurturing scientific curiosity and inspiring future careers in STEM fields.