Key Takeaways
- Dhruva Space’s Polar Access-1 (PA-1) will launch on January 12, 2026, with 10 missions for six Indian states and Nepal.
- The missions aim to enhance disaster communication, environmental monitoring, and educational opportunities through satellite technology.
- PA-1 marks key advancements for various Indian universities, demonstrating capabilities in satellite communications and research.
Dhruva Space Launches Polar Access-1
Dhruva Space, a notable Hyderabad-based space technology firm, revealed its ambitious launch program, Polar Access (PA-1), set for January 12, 2026. This initiative aims to conduct 10 space missions that will serve six Indian states and Nepal. The launch will occur using ISRO’s PSLV-DL-C62 rocket from the Satish Dhawan Space Centre.
The missions will deliver a coordinated stack of four satellites, five separation systems, and various operational Ground Stations, addressing key needs such as disaster communication, environmental monitoring, and educational support in the realm of Earth Observation. Dhruva Space targets to enhance public institutions and emerging space technology users’ capabilities through these endeavors.
PA-1 will be driven under Dhruva Space’s ‘ASTRA (Accelerated Space Technology Readiness & Access) for Academia’ initiative. This program emphasizes building long-term, state-level technological capabilities for universities and research institutions across India and neighboring nations.
The Polar Access-1 initiative will focus on consistent access to Sun-Synchronous Orbit (SSO), leveraging Dhruva Space’s fully integrated infrastructure. This includes advanced satellite platforms, specialized launch systems like DSOD-1U and DSOD-6U, and extensive ground infrastructure featuring VHF/UHF stations and mission control centers. Additionally, Dhruva Space plans to provide telemetry, tracking, and command services through its Ground-Station-as-a-Service (GSaaS), which is authorized by IN-SPACe, the Indian government’s space agency.
Among the notable satellites participating in PA-1 are:
- MUNALSAT (Nepal): Focuses on vegetation mapping for environmental studies, developed by the Nepal Academy of Science and Technology.
- CGUSAT-1 (Odisha): Odisha’s inaugural satellite, created by CV Raman Global University, emphasizing amateur radio operations.
- DSAT-1 (Karnataka): Supports telemetry and two-way amateur communications, developed by Dayananda Sagar University.
- LACHIT-1 (Assam): The first satellite from Assam, designed for store-and-forward messaging, crafted by Assam Don Bosco University.
- AAYULSAT (Tamil Nadu): A technology demonstration satellite showcasing a new docking interface for in-space refueling.
- SANSKARSAT (Gujarat): An educational satellite featuring an LED payload designed for visibility from the ground.
- THYBOLT-3 (Telangana): Demonstrates a satellite-enabled disaster communication system focusing on real-time needs during emergencies.
This program also appeals to global amateur radio users, fostering international communication and experimentation through satellites, while facilitating hands-on training and workshops in disaster communication and emergency management through partnerships with various institutions.
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