Double Asteroid Redirection Test

From Spacefaring

Q47482008

first mission in NASA's Solar System Exploration program; impact of asteroid Dimorphos in 65803 Didymos system. 
DART, NASA's Double Asteroid Redirection Test

Website, Wikimedia, Wikidata
United States of America, 
See also Demonstration for Autonomous Rendezvous Technology
DART spacecraft model 2.png


Falcon 9 Block 5 – Hera – Johns Hopkins University Applied Physics Laboratory – Vandenberg Space Force Base Space Launch Complex 4 East – 
2022-09-26T00:00:00Z
collision Dimorphos 2022
2021-11-24T00:00:00Z
2020-07-01T00:00:00Z
2020
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Frameless
20211125 20 50 20 Falsche Urheberrechtsangabe-Double Asteroid Redirection Test (DART) Mission NASA CENS 0220211125 20 50 20 Falsche Urheberrechtsangabe-Double Asteroid Redirection Test (DART) Mission NASA CENS 02
CORE Small Avionics suiTe (CORESAT)CORE Small Avionics suiTe (CORESAT)
DART Arrives at Vandenberg Space Force Base, Its Final Stop Before LaunchDART Arrives at Vandenberg Space Force Base, Its Final Stop Before Launch
DART hz logo multi darkDART hz logo multi dark
DART satellite showing its only payload draco cameraDART satellite showing its only payload draco camera
Dart Mission patchDart Mission patch
Dart arrived at slc-4E processing facilityDart arrived at slc-4E processing facility
Dart header 2 (1)Dart header 2 (1)
Dart`s ion thrustersDart's ion thrusters
Dart-poster3Dart-poster3
Double Asteroid Redirection TestDouble Asteroid Redirection Test
Infographic showing the effect of DART`s impact on the orbit of Didymos B while deployment of italian LICIACubeInfographic showing the effect of DART's impact on the orbit of Didymos B while deployment of italian LICIACube
LICIACube CubeSat a companion satellite of Dart SpacecraftLICIACube CubeSat a companion satellite of Dart Spacecraft
LICIACube CubeSat integrated on Dart SpacecraftLICIACube CubeSat integrated on Dart Spacecraft
LICIACube CubeSat integrating on Dart SpacecraftLICIACube CubeSat integrating on Dart Spacecraft
NASA Virtual guest programNASA Virtual guest program
Planetary Defender badgePlanetary Defender badge
Schematic-of-the-AIDA-mission-conceptSchematic-of-the-AIDA-mission-concept
Telescopes observing DART`s impactTelescopes observing DART's impact
The flexible and rollable “wings” are lighter and more compact than traditional solar arrays despite their size; in space, each array will slowly unfurl to reach 28 feet in length, about the size of a bus.The flexible and rollable “wings” are lighter and more compact than traditional solar arrays despite their size; in space, each array will slowly unfurl to reach 28 feet in length, about the size of a bus.
The recently installed Roll-Out Solar Arrays (ROSA) on dart missionThe recently installed Roll-Out Solar Arrays (ROSA) on dart mission
Transformational Solar Array experiment on DART`s Roll Out Solar Array (ROSA)Transformational Solar Array experiment on DART's Roll Out Solar Array (ROSA)
• DART Mission Animated video from launch to impact along with separation of LICIACube (Wikimedia)
• dart rosa development video (Wikimedia)
TypeDateDescriptionKeywordsNotesSource
linkGoogle Knowledge entry@Wikidata
linkAdvances in Space Research European component of the AIDA mission to a binary asteroid: Characterization and interpretation of the impact of the DART mission@Wikidata
linkAstronomy and Astrophysics Morphology and spectral properties of the DART impact ejecta with VLT/MUSE@Wikidata
linkIcarus Radar observations and a physical model of binary near-Earth asteroid 65803 Didymos, target of the DART mission@Wikidata
linkPlanetary and Space Science AIDA DART asteroid deflection test: Planetary defense and science objectives@Wikidata
linkProcedia Engineering Modeling impact outcomes for the Double Asteroid Redirection Test (DART) mission@Wikidata
linkThe Planetary Science Journal Libration-induced Orbit Period Variations Following the DART Impact@Wikidata
linkThe Planetary Science Journal The Double Asteroid Redirection Test (DART): Planetary Defense Investigations and Requirements@Wikidata
major2022collision DimorphosWikidata
major2021rocket launch Vandenberg Space Force Base Space Launch Complex 4 EastWikidata
image20211125 20 50 20 Falsche Urheberrechtsangabe-Double Asteroid Redirection Test (DART) Mission NASA CENS 02Wikimedia
imageCORE Small Avionics suiTe (CORESAT)Wikimedia
image2021DART Arrives at Vandenberg Space Force Base, Its Final Stop Before LaunchWikimedia
image2019DART hz logo multi darkWikimedia
imageDART satellite showing its only payload draco cameraWikimedia
imageDart Mission patchWikimedia
image2021Dart arrived at slc-4E processing facilityWikimedia
image2015Dart header 2 (1)Wikimedia
image2019Dart's ion thrustersWikimedia
image2021Dart-poster3Wikimedia
imageDouble Asteroid Redirection TestWikimedia
image2020Infographic showing the effect of DART's impact on the orbit of Didymos B while deployment of italian LICIACubeWikimedia
imageLICIACube CubeSat a companion satellite of Dart SpacecraftWikimedia
imageLICIACube CubeSat integrated on Dart SpacecraftWikimedia
imageLICIACube CubeSat integrating on Dart SpacecraftWikimedia
imageNASA Virtual guest programWikimedia
image2021Planetary Defender badgeWikimedia
image2015Schematic-of-the-AIDA-mission-conceptWikimedia
image2020Telescopes observing DART's impactWikimedia
imageThe flexible and rollable “wings” are lighter and more compact than traditional solar arrays despite their size; in space, each array will slowly unfurl to reach 28 feet in length, about the size of a bus.Wikimedia
imageThe recently installed Roll-Out Solar Arrays (ROSA) on dart missionWikimedia
imageTransformational Solar Array experiment on DART's Roll Out Solar Array (ROSA)Wikimedia
video2020DART Mission Animated video from launch to impact along with separation of LICIACubeWikimedia
videodart rosa development videoWikimedia
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