The Ministry of Earth Sciences reported on 26 April 2026 that the Indian Institute of Tropical Meteorology, Pune, inaugurated an X-band dual-polarization Doppler Weather Radar at the High Altitude Cloud Physics Laboratory in Mahabaleshwar under Mission Mausam. The radar was inaugurated on 24 April by M. Ravichandran in the presence of A. Suryachandra Rao, Somya S. Sarkar and senior scientists from IITM and ISRO. Installed at about 1,400 metres above mean sea level in the Western Ghats, the system will continuously scan rainfall, clouds and storm systems in real time. Mahabaleshwar is known for sudden rainfall, fog and strong winds, making the site useful for studying orographic rainfall, monsoon dynamics and deep convective processes over complex terrain. The radar can improve nowcasting up to three hours for Satara, Pune and parts of Konkan and Mumbai. It operates at 9.45 GHz and uses solid-state power amplifier technology, which the Ministry described as reliable, low-maintenance and energy-efficient for continuous operation. Dual polarization will help scientists study cloud microphysics, precipitation characteristics, drop-size distribution and storm structure. High spatial resolution and rapid update cycles will also support better quantitative precipitation estimates and hydrometeor classification. On the same occasion, IITM signed a memorandum of understanding with ISRO's Space Applications Centre to co-develop advanced satellite-based meteorological products. The collaboration will integrate satellite and ground observations, improve atmospheric and aerosol data validation, enhance prediction accuracy, and advance research on deep convection, lightning and climate-change impacts. Officials said the radar will strengthen early warning systems in ecologically sensitive and tourist-intensive areas, improve alerts for extreme weather, and support flood and landslide warnings, aviation safety, disaster management, agricultural advisories, water-resource planning and impact-based forecasting.
Ministry of Earth Sciences says IITM inaugurated X-band Doppler radar at Mahabaleshwar and signed ISRO-SAC MoU under Mission Mausam on 26 April 2026
The Ministry of Earth Sciences said IITM inaugurated an X-band dual-polarization Doppler Weather Radar at Mahabaleshwar under Mission Mausam and signed an MoU with ISRO's Space Applications Centre. The radar supports three-hour nowcasting, monsoon and storm research, and early warnings for floods, landslides, aviation, agriculture and water planning.
Key facts
- IITM inaugurated an X-band dual-polarization Doppler Weather Radar at Mahabaleshwar under Mission Mausam.
- The radar is installed at about 1,400 metres above mean sea level in the Western Ghats.
- It will provide up to three-hour nowcasting for Satara, Pune and parts of Konkan and Mumbai.
- The system operates at 9.45 GHz and uses solid-state power amplifier technology.
- Dual polarization will support studies of cloud microphysics, drop-size distribution and storm structure.
- IITM signed an MoU with ISRO's Space Applications Centre for satellite-based meteorological products.
- The system will aid warnings for floods, landslides, aviation safety, agriculture and water-resource planning.
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Practice MCQ from this story
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Which institution signed an MoU with IITM to co-develop advanced satellite-based meteorological products?
IITM signed the MoU with ISRO's Space Applications Centre for satellite-based meteorological products. The other institutions are not named as parties to this collaboration in the release.
Source: Ministry of Earth Sciences
Frequently asked questions
Where was the new Doppler Weather Radar installed?
It was installed at the High Altitude Cloud Physics Laboratory in Mahabaleshwar, in the Western Ghats.
What is its nowcasting range?
The radar enhances nowcasting up to three hours over Satara, Pune and parts of Konkan and Mumbai.
Which organisation signed an MoU with IITM?
ISRO's Space Applications Centre signed an MoU with IITM for advanced satellite-based meteorological products.
What scientific studies will the radar support?
It will support studies of orographic rainfall, monsoon dynamics, deep convection, storm structure and cloud microphysics.
Which operational services can benefit?
Flood and landslide warnings, aviation safety, disaster management, agricultural advisories and water planning can benefit.
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