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Europa Clipper Downloadable 3D Model

A 3D model of Europa Clipper available for download. Updated in January 2022.

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The Europa Clipper Solar Array Mechanical Simulator is shown installed on the spacecraft’s propulsion module.
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An image showing the Europa Clipper Solar Array Mechanical Simulator installed on the spacecraft’s propulsion module.
Solar Array Mechanical Simulator
Technicians at NASA’s Kennedy Space Center in Florida prepare to rotate Europa Clipper to a vertical position on May 28, 2024, as part of prelaunch processing. 
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Workers in blue overalls and white head covers watch as equipment is used to rotate Europa Clipper.
Europa Clipper Spacecraft Rotate to Vertical, Lift and Mate to Work Stand
Engineers test components for Europa Clipper’s radar instrument.
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Engineers test components for Europa Clipper’s radar instrument.
Radar Test Time-Lapse
A worker kneels beside Europa Clipper’s narrow-angle camera.
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A worker kneels beside the Europa Clipper’s narrow-angle camera (NAC), which is on a metal platform with rods sticking straight up at the corners of the platform. The worker is covered head-to-toe in white protective clothing called a bunny suit. The worker is wearing a blue head covering, and a bright blue face mask. The NAC is wrapped in silver-colored insulating material, it has a round base about the size of tire. The lens is sticking out at an angle and is laced up inside the insulating material.
Europa Clipper's Narrow-Angle Camera Delivered to JPL
Europa Clipper's ultraviolet spectrograph in a cleanroom at NASA's Jet Propulsion Laboratory in Southern California.
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Europa Clipper's ultraviolet spectrograph in a cleanroom at NASA's Jet Propulsion Laboratory in Southern California.
Ultraviolet Spectrograph Delivered to JPL
A 3D model of the Europa Clipper Magnetometer (ECM), a plasma and magnetic field instrument on Europa Clipper. 
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3D model of ECM instrument
ECM
A 3D model of Europa Clipper’s Ultraviolet Spectrograph (Europa-UVS), a spectrometry instrument on Europa Clipper.
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3D model of the europa-uvs instrument
Europa-UVS
Engineers and technicians carefully lower the tall core of NASA’s Europa Clipper spacecraft during a maneuver to position it in the High Bay 1 clean room of the Spacecraft Assembly Facility at the ...
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The base of the main body of the Europa Clipper spacecraft is seen in the middle of the image. The main body is large, silver, and shaped like a cylinder, with wiring and electronics attached. Four people are visible surrounding the main body of the spacecraft, wearing full body coveralls and masks. The people are gently guiding the spacecraft into its stand where it will continue to be worked on in the Spacecraft Assembly Facility.
Easy Does It: NASA's Europa Clipper is Lowered into Place
Backup flight-ready ion detectors for the SUrface Dust Analyzer (SUDA) are stored in a dry nitrogen environment to protect these highly sensitive instruments from degradation due to contamination o...
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An image showing that backup flight-ready ion detectors for the SUrface Dust Analyzer (SUDA) are stored in a dry nitrogen environment to protect these highly sensitive instruments from degradation due to contamination or moisture in the air.
Backup Flight-Ready Dust Analyzer Ion Detectors
Engineers inspect Europa Clipper's plasma detection instrument. 
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An engineer examines a faraday cup, part of Europa Clipper's plasma detection instrument, which is resting on a table in a clean room. The engineer is using a flash light to examine the instrument.
Plasma Detection Instrument Delivered to JPL
Engineers perform an internal volume bore scope inspection of Europa Clipper's propulsion module.
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Engineers inspect Europa Clipper's propulsion module in the Johns Hopkins Applied Physics Laboratory clean room.
Europa Clipper Propulsion Module
An engineer performs wavefront tests on the optical telescope assembly for the Europa Imaging System narrow angle camera.
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An engineer performs wavefront tests on the optical telescope assembly for the Europa Imaging System narrow angle camera.
Europa Imaging System Optical Telescope Assembly
Europa Clipper’s thermal imager sits in its protective enclosure in the cleanroom at Arizona State University. 
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Europa Clipper’s thermal imager sits in its protective enclosure in the cleanroom at Arizona State University.
Preparing Thermal Imager for First Light Test
The Europa Ultraviolet Spectrograph (Europa-UVS) flight instrument in early fall 2021, just before the principal investigator's final optical inspection and installation of its top cover. 
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The Europa Ultraviolet Spectrograph (Europa-UVS) flight instrument in early fall 2021, just before the principal investigator's final optical inspection and installation of its top cover.
Final Inspection of Europa-UVS
This animation segment shows the deployment of NASA’s Europa Clipper ECM boom after launch.
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This animation shows a boom expanding from the Europa Clipper spacecraft.
Mission Animation: ECM Boom Deployment (Close)
The scanning mirror and data processing unit of Europa Clipper’s imaging spectrometer instrument.
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The scanning mirror and data processing unit of Europa Clipper’s imaging spectrometer instrument, called MISE, are critical to determining the habitability of the ocean that likely resides beneath Europa’s surface.
Imaging Spectrometer's Scanning Mirror and Data Processing Unit
The Europa Clipper radio frequency (RF) panel is mechanically installed near the top of the propulsion module cylinders. 
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Image showing the radio frequency module installed on the top of the spacecraft's propulsion module.
Radio Frequency Module Integration
Thermal imager test for focus and optical quality.
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Two engineers at a computer.
Thermal Imager Test
This animation segment shows deployment of NASA’s Europa Clipper spacecraft after launch.
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An animation showing the Europa Clipper spacecraft deploying from the rocket used to launch it from Earth.
Mission Animation: Deployment
Engineers prepare Europa Clipper's thermal imager for a series of tests in a clean room at NASA's Jet Propulsion Laboratory following delivery.
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An engineer’s gloved hand on the casing holding the thermal imager instrument, located on a table in a clean room, preparing it for functional testing.
Thermal Imager Delivered to JPL
Europa Clipper’s thermal imager is shown here in its protective enclosure, viewing the Tempe Campus of Arizona State University during testing on a rooftop lab.
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Europa Clipper’s thermal imager is shown here in its protective enclosure, viewing the Tempe Campus of Arizona State University during testing on a rooftop lab.
Thermal Imager's First Light Test
A 3D model of the SUrface Dust Analyzer (SUDA), a chemical analysis instrument on Europa Clipper.
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3d model of the suda instrument
SUDA
Explore Europa and the Europa Clipper spacecraft with an immersive AR experience.
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The Europa Clipper augmented reality experience layers Jupiter's moon Europa over any surface or background. The moon has options for the user to click on specific items to learn more information, such as the ingredients for life: water, energy, and chemistry. Following that, users an view a 3D model of the spacecraft and select individual instruments. Each section is narrated with audio.
ClipperAR: Europa Clipper Augmented Reality Experience
Thermal imager bolted to frame.
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Instrument bolted to frame used for handling.
Thermal Imager
Scientists put Europa Clipper’s ultraviolet spectrograph through its final calibrations prior to shipment to NASA’s Jet Propulsion Laboratory.
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Scientists put Europa Clipper’s ultraviolet spectrograph through its final calibrations prior to shipment to NASA’s Jet Propulsion Laboratory.
Ultraviolet Spectrograph Shipment Preparations