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Hubble Captures a Bright Spiral in the Queen’s Hair
Missions
The Intelligent Payload Experiment (IPEX) is a 1U CubeSat developed by Cal Poly San Luis Obispo and JPL.
 . Launch date: Dec. 15, 2015 Mission Category: Mission. | past Category: past. Mission Category: Mission. | past Category: past. RACE 
 The Radiometer Atmospheric CubeSat Experiment, or RACE, is a test of technology designed to improve NASA's Earth science and space exploration capabilities.
 . Launch date: Oct. 28, 2014 Mission Category: Mission. | past Category: past. Mission Category: Mission. | past Category: past. ISS-RapidScat 
 The ISS-RapidScat instrument was a speedy and cost-effective replacement for NASA's QuikScat Earth satellite, which monitored ocean winds to provide essential measurements used in weather predictions, including hurricane monitoring.
 . Launch date: Sept. 21, 2014 Mission Category: Mission. | past Category: past. Mission Category: Mission. | past Category: past. OPALS 
 The Optical Payload for Lasercomm Science, or OPALS, is a technology demonstration aboard the International Space Station designed to test the use of focused laser energy for space communications.
 . Launch date: April 18, 2014 
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Marshall Space Flight Center - NASA
Marshall’s legacy in rocket engineering includes providing the Saturn rockets that powered Americans to the moon and the Lunar Roving Vehicle that aided exploration of the moon; managing the development of Skylab, America’s first space station; developing space shuttle propulsion systems and experiments, including Spacelab; building the Hubble Space Telescope and the Chandra X-ray Observatory; and building the International Space Station’s laboratory modules and experiment facilities and operating station science experiments. 

 Learn More about Pioneering spaceflight and innovation 

This small group of unidentified officials is dwarfed by the gigantic size of the Saturn V first stage (S-1C) at the shipping area of the Manufacturing Engineering Laboratory at Marshall Space Flight Center in Huntsville, Alabama. The towering 363-foot Saturn V was a multi-stage, multi-engine launch vehicle standing taller than the Statue of Liberty. Altogether, the Saturn V engines produced as much power as 85 Hoover Dams.NASA 

 

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Jet Propulsion Laboratory - Reaching for the Stars Since 1936
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 APRIL 6, 2019First Likely Quake Detected on Another PlanetInSight

InSight, which stands for Interior Exploration using Seismic Investigations, is the first mission to study Mars' deep interior. After placing the first seismometer on another planet on Dec. 19, 2018 and detecting a number of seismic signals, InSight gathers data on what is likely the first quake ever observed on another planet on April 6, 2019. 

This first “marsquake” is very faint. But as InSight detects larger marsquakes in the future, scientists can use them to study Mars' deep interior. Understanding the interior structure of Mars can teach us how all rocky bodies in the Solar System are formed, including our home planet Earth and its Moon. When InSight blasted off on a United Launch Alliance Atlas V 401 rocket from Vandenberg Air Force base on May 5, 2018, it was also the first interplanetary mission launched from the West Coast.

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NOVEMBER 26, 2018First CubeSats Fly by Another PlanetMars Cube One

As NASA's InSight spacecraft touches down on the surface of Mars at 11:52:59 a.m. PST (2:52:59 p.m. EST), two briefcase-sized spacecraft are in perfect position to relay InSight's signals back to Earth. The two Mars Cube One (MarCO) CubeSats -- MarCO-A and MarCO-B, nicknamed EVE and Wall-E -- launched on the same rocket as InSight as a technology demonstration. They prove that small satellites can travel to deep space and successfully carry out communications and navigation experiments. After capturing the first image of Earth and the Moon ever taken by a CubeSat on May 9, 2018, MarCO-B (Wall-E) tops that with the first image of Mars ever taken by a CubeSat. During the flight past the Red Planet, and on Nov. 26, it also captures a grander image looking back at Mars that shows the planet’s surface features.
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JULY 2018First Production of the Fifth State of Matter in OrbitCold Atom Lab
History
JPL also managed the development of Ames Research Center's Kepler exoplanet astronomy mission, launched in 2009. The Laboratory's most recent Discovery program mission, InSight, landed on Mars Nov. 26, 2018. Its mission was to measure martian seismic activity and the heat flow coming from Mars' interior. JPL's next Discovery mission, Psyche, is being designed to explore the unusual main belt asteroid 16 Psyche during the late 2020s. The InSight lander after placing its seismometer and heat probe instruments on the Martian surface in 2019. Credit: NASA/JPL-Caltech NASA used the successes of the Discovery program to initiate another program of competed missions, New Frontiers, focused on larger, higher cost efforts. JPL has managed the development of one New Frontiers project, the Juno mission to Jupiter. Unlike Galileo, which had focused much of its data gathering on the Jovian moons, Juno was focused solely on Jupiter. Juno entered a polar orbit on July 4, 2016, and was still operating in 2020.Technology developmentIn the decades it has led the nation's planetary exploration program, JPL has honed several skills and areas of innovation, including deep space navigation and communication, digital image processing, imaging systems, intelligent automated systems, instrument technology, microelectronics and more.JPL spacecraft have featured digital imaging since its Mariner IV mission to Mars. Digital compression algorithms JPL used to help return Galileo data from Jupiter are widely used in digital recording and transmission now. A JPL researcher developed the CMOS-based imaging sensor used in many cell phone cameras. A JPL spacecraft, Deep Space 1, demonstrated the use of solar electric propulsion for interplanetary missions as well as autonomous space navigation. FINDER, a radar instrument developed at JPL, has been used to find people trapped by natural disasters.The Laboratory has also been active in developing CubeSat technology to reduce mission costs. Its first planetary CubeSats, MarCO 1 and 2, were launched with the InSight mission to Mars and provided data relay services during the probe's landing. 
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- Press Release, 17 April 1998

 Science Team chosen for DS1 
 - Press Release, 29 September 1997

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NASA - NSSDCA - Spacecraft - Details
Spacecraft image at top of page by James Garry.Alternate Names27809Muses-Curn:nasa:pds:context:instrument_host:spacecraft.hayFacts in BriefLaunch Date: 2003-05-09Launch Vehicle: M-5Launch Site: Uchinoura Space Center, JapanMass: 415 kgFunding AgenciesInstitute of Space and Aeronautical Science, U of Tokyo (Japan)National Aeronautics and Space Administration (United States)DisciplinesPlanetary ScienceTechnology ApplicationsAdditional InformationLaunch/Orbital information for HayabusaTelecommunications information for HayabusaExperiments on HayabusaData collections from Hayabusa
 Questions and comments about this spacecraft can be directed to:
 Dr. David R. Williams PersonnelNameRoleOriginal AffiliationE-mailSelected ReferencesKawaguchi, J., et al., The MUSES-C, worlds's first sample and return mission from Near Earth Asteroid: Nereus,
 Acta Astronaut., 39, No. 1-4, 15-23, doi:10.1016/S0094-5765(96)00118-X, 1996.Kawaguchi, J., et al., The MUSES-C mission for the sample and return--its technology development status and readiness,
 Acta Astronaut., 52, No. 2-6, 117-123, 2003.Kawaguchi, J., et al., The ion engines cruise operation and the earth swingby of "Hayabusa" (MUSES-C),
 Space Technol., 25, No. 2, 105-115, 2005.Yano, H., et al., Touchdown of the Hayabusa spacecraft at the Muses Sea on Itokawa,
 Science, 312, No. 5578, 1350-1353, June 2006.Kawaguchi, J., et al., MUSES-C, Its launch and early orbit operations,
 Acta Astronaut., 59, No. 8-11, 669-678, Dec. 2006.

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Deep Space 1NSSDCA ID: 1998-061ATelecommunications DescriptionCommunications which are currently planned are via the 34 m antennae of the Deep Space Network (DSN) utilizing an X-band direct link. Later in the mission the 70 m antennae will be used for some of the Mars and comet data return.Telemetry PathTelemetry support via Deep Space Network (DSN)Effective Telemetry0 kbpsAdditional InformationGeneral information for Deep Space 1Launch/Orbital information for Deep Space 1Experiments on Deep Space 1Data collections from Deep Space 1
          Questions and comments about this spacecraft can be directed to:
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