Europa Clipper

proposed NASA mission to study Jupiter’s moon Europa

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Europa Multiple-Flyby Mission,
orbiter, planetary probe, proposed entity, Jet Propulsion Laboratory, Jupiter Europa Orbiter, Falcon Heavy, United States of America,

NASA Space Science Data Coordinated Archive entry^@
Freebase entry^@

All spaceflight sites

2024-10-01T00:00:00Z

rocket launch Kennedy Space Center Launch Complex 39A

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Frameless

Dry Nitrogen Gas Pumped Through Europa Clipper's Dust Analyzer

Dust Analyzer in the Clean Room

ECM-Fluxgate-Sensor-Large

Engineers and technicians install Europa Clipper’s high-gain antenna in the main clean room at JPL.

Europa Clipper Radiation

Europa Clipper Team Deploys Magnetometer Boom

Europa Clipper in TVAC 25' Space Simulator, before the start of thermal vacuum testing

Europa Clipper - Golden Record - released March 8, 2024

Europa Clipper's Dust Analyzer

Europa Clipper's Dust Analyzer sensor head

Europa Clipper's Mass Spectrometer

Europa Clipper’s Mapping Imaging Spectrometer for Europa (MISE)

Europa Imaging System Optical Telescope Assembly

Europa Imaging System Wide-Angle Camera

Europa Imaging System Wide-Angle Camera (cropped)

Europa Thermal Emission Imaging System

Imaging Spectrometer's Scanning Mirror and Data Processing Unit

NASA’s Europa Clipper, with all of its instruments installed, is visible in the clean room of High Bay 1 at the agency’s Jet Propulsion Laboratory

Plasma Detection Instrument

Rendered using Autodesk Maya 2015

Test of a prototype for the Europa Clipper's high-gain antenna

Ultraviolet Spectrograph Integration. The spectrograph is the gray and silver metal box on the upper right of the nadir deck (the thick matte-gray polygonal structure filling about one-third of the image).

Type	Description	Date	Source

link	NASA Space Science Data Coordinated Archive entry^@		Wikidata
link	Freebase entry^@		Wikidata
major	rocket launch Kennedy Space Center Launch Complex 39A	2024	Wikidata
image	Dry Nitrogen Gas Pumped Through Europa Clipper's Dust Analyzer		Wikimedia
image	Dust Analyzer in the Clean Room		Wikimedia
image	ECM-Fluxgate-Sensor-Large		Wikimedia
image	Engineers and technicians install Europa Clipper’s high-gain antenna in the main clean room at JPL.		Wikimedia
image	Europa Clipper Radiation	2013	Wikimedia
image	Europa Clipper Team Deploys Magnetometer Boom		Wikimedia
image	Europa Clipper in TVAC 25' Space Simulator, before the start of thermal vacuum testing		Wikimedia
image	Europa Clipper - Golden Record - released March 8, 2024		Wikimedia
image	Europa Clipper's Dust Analyzer		Wikimedia
image	Europa Clipper's Dust Analyzer sensor head		Wikimedia
image	Europa Clipper's Mass Spectrometer		Wikimedia
image	Europa Clipper’s Mapping Imaging Spectrometer for Europa (MISE)		Wikimedia
image	Europa Imaging System Optical Telescope Assembly		Wikimedia
image	Europa Imaging System Optical Telescope Assembly		Wikimedia
image	Europa Imaging System Wide-Angle Camera		Wikimedia
image	Europa Imaging System Wide-Angle Camera		Wikimedia
image	Europa Imaging System Wide-Angle Camera (cropped)		Wikimedia
image	Europa Thermal Emission Imaging System		Wikimedia
image	Imaging Spectrometer's Scanning Mirror and Data Processing Unit		Wikimedia
image	NASA’s Europa Clipper, with all of its instruments installed, is visible in the clean room of High Bay 1 at the agency’s Jet Propulsion Laboratory		Wikimedia
image	Plasma Detection Instrument		Wikimedia
image	Rendered using Autodesk Maya 2015	2015	Wikimedia
image	Rendered using Autodesk Maya 2015	2015	Wikimedia
image	Test of a prototype for the Europa Clipper's high-gain antenna		Wikimedia
image	Ultraviolet Spectrograph Integration. The spectrograph is the gray and silver metal box on the upper right of the nadir deck (the thick matte-gray polygonal structure filling about one-third of the image).		Wikimedia

Europa Clipper

From Spacefaring

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