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Venus In Situ Explorer

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"VISE" redirects here. For other uses, see vise (disambiguation).

VISE
VISE lander would release a meteorology balloon.
Mission typeVenus lander
OperatorNASA
Start of mission
Launch date2024 (proposed)

The Venus In Situ Explorer (VISE) has been a lander mission concept proposed since 2003 by the Planetary Science Decadal Survey as a space probe designed to answer fundamental scientific questions by landing and performing experiments on Venus.[1]

The VISE concept has been identified as a desired theme for mission proposals over several rounds of NASA's competitive mission selections, including those to select the 2nd, 3rd and 4th New Frontiers missions. However, all VISE-themed proposals have thus far been unsuccessful.

Overview

The study of Venus is essential to understanding the evolution of terrestrial planets, understanding how Venus and Earth diverged, and comprehending when and if planets develop habitable environments.[2] While on the surface, the Venus In Situ Explorer would function for several hours to acquire and characterize a core sample of the surface to study pristine rock samples not weathered by the very harsh surface conditions of the planet. Also, the VISE would determine the composition and mineralogy of the surface.[3][4] The lander would also release a short-lived balloon to measure cloud-level winds.[5]

The science payload would include cameras, spectrometers, a neutral mass spectrometer, a meteorology package, and other instruments to determine mineralogy and surface texture.[2] It may use a new atmospheric entry mechanism, a mechanically deployed aerodynamic decelerator, known as the Adaptive Deployable Entry and Placement Technology (ADEPT).[6]

Unsuccessful proposals

The VISE concept was identified in 2003 as one of four eligible themes for candidate missions for NASA's New Frontiers program Mission 2.[7] No VISE-themed proposals reached the finalist stage.[8]

VISE was again an eligible theme, this time one of eight, in the 2009 competition to select New Frontiers Mission 3.[9] One VISE-themed proposal, Surface and Atmosphere Geochemical Explorer or SAGE, was an unsuccessful finalist.[10]

VISE was one of six eligible themes for candidate missions for New Frontiers Mission 4 to be launched in 2024. Of the 12 proposals submitted and reviewed by NASA, three were associated with this theme: two lander proposals, Venus In situ Composition Investigations (VICI) and Venus In Situ Atmospheric and Geochemical Explorer (VISAGE); and the Venus Origins Explorer (VOX), an orbiter whose proponents claimed would achieve similar scientific outcomes. None of the three advanced to the final shortlist.

See also

References

  1. ^ Venus Exploration Analysis Group (VEXAG)
  2. ^ a b Mission Concept: Venus in situ Explorer (VISE). Larry W. Esposito. Published by NASA. 2017.
  3. ^ LARRY W ESPOSITO. Mission Concept: Venus in situ Explorer (VISE).
  4. ^ "Venus in situ Compound Investigations" (PDF).
  5. ^ VISE - Atmospheric Science Objectives. Venus Exploration Analysis Group (VEXAG). March 15, 2012.
  6. ^ Smith, B.; Venkatapathy, E.; Wercinski, P.; Yount, B. (2013), "Venus In Situ Explorer Mission design using a mechanically deployed aerodynamic decelerator", 2013 IEEE Aerospace ConferenceZ, IEEE Explore, retrieved January 11, 2014
  7. ^ "Announcement of Opportunity New Frontiers Program 2003 and Missions of Opportunity" (PDF). NASA. December 13, 2003. Retrieved November 12, 2022.
  8. ^ "NASA Selects Two "New Frontiers" Mission Concepts for Further Study" (PDF). NASA. Retrieved November 12, 2022.
  9. ^ "Announcement of Opportunity New Frontiers 2009" (PDF). NASA. April 20, 2009. Retrieved November 12, 2022.
  10. ^ "NASA Chooses Three Finalists for Future Space Science Mission to Venus, an Asteroid or the Moon" (PDF). NASA. December 29, 2009. Retrieved November 12, 2022.
  • NASA Atmospheric Flight on Venus Landis, Geoffrey A., Colozza, Anthony, and LaMarre, Christopher M., International Astronautical Federation Congress 2002, paper IAC-02-Q.4.2.03, AIAA-2002-0819, AIAA0, No. 5
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