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IIST, URSC Sign MoU to Develop Venus Mission Payload
IIST, URSC Sign MoU to Develop Venus Mission Payload
Venusian Ambitions Unleashed

IIST, URSC Sign MoU to Develop Venus Mission Payload

The new payload will expand India’s planetary exploration programme.

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Key takeaways

  • IIST and URSC sign MoU to develop the RPA-V payload for Venus exploration.
  • The project aims to study Venus's ionosphere and its solar wind interactions.
  • IIST builds on past successes with ARIS-1 and ARIS-2 missions to enhance planetary exploration.
  • Academic involvement provides students hands-on training in space plasma research.
  • The initiative contributes to developing a skilled workforce for India's space ambitions.
5 min

The Indian Institute of Space Science and Technology (IIST) has signed a memorandum of understanding (MoU) with the UR Rao Satellite Centre (URSC) for the development of the Retarding Potential Analyzer for Venus (RPA-V) payload. 

The project aims to study the ionosphere of Venus. According to IIST’s LinkedIn post, the project is expected to provide key insights into the dynamics of the Venusian ionosphere and its interaction with solar wind.

The RPA-V payload will be developed under the leadership of professor Umesh R Kadhane, with support from faculty members Anoop CS, Immanuel Raja, Sooraj VS, R Sudharshan Kaarthik, Pradeep Kumar P and Rajeevan PP. 

Building on Past Missions

IIST has been given this responsibility due to its earlier success with ARIS-1 and ARIS-2 missions. These projects demonstrated the institute’s capability in building space-qualified hardware. The new payload continues this track record and will expand India’s planetary exploration programme.

“The RPA-V payload is set to deepen our understanding of Venus’s atmosphere,” IIST stated in the post. 

The project also holds academic value, with IIST students set to contribute to its development. Their participation will provide hands-on training in space plasma research. IIST noted that this experience would help prepare a talented workforce for India’s upcoming indigenous space programmes.

“This collaboration will strengthen IIST’s position as a world-class research hub for developing ionospheric measurement devices, while simultaneously shaping the skilled workforce needed for India’s future space science endeavours,” the institute added.