DART spacecraft

E385068

The DART spacecraft was a NASA mission designed to test planetary defense by intentionally colliding with an asteroid to alter its trajectory.

All labels observed (4)

Label Occurrences
Double Asteroid Redirection Test 2
DART 1
DART planetary defense mission 1

How this entity was disambiguated

Statements (48)

Predicate Object
instanceOf NASA mission
planetary defense mission
spacecraft
acronym DART spacecraft self-linksurface differs
surface form: DART
belongsTo NASA Discovery Program
surface form: NASA Discovery-class technology demonstration missions
carriedCubeSat LICIACube
carriedInstrument DRACO camera
communicationBand X-band
cubeSatPartner Italian Space Agency
demonstratedTechnique kinetic impact deflection
developmentLead Johns Hopkins University Applied Physics Laboratory
followUpMissionAgency European Space Agency
fullName DART spacecraft self-linksurface differs
surface form: Double Asteroid Redirection Test
fundingAgency NASA
impactBody Dimorphos
impactDate 2022-09-26
impactOutcome successfully altered Dimorphos's orbital period
impactVelocity approximately 6.1 kilometers per second
instrumentFullName Didymos Reconnaissance and Asteroid Camera for Optical navigation
isFirstOfType first mission to deliberately alter the motion of a celestial body
launchDate 2021-11-24
launchProvider SpaceX
launchSite Space Launch Complex 4
surface form: Space Launch Complex 4E

Vandenberg Space Force Base
launchVehicle Falcon 9 rocket
surface form: Falcon 9 Block 5
managingCenter Johns Hopkins University Applied Physics Laboratory
missionDurationFromLaunchToImpact approximately 10 months
missionEnd 2022-09-26
missionStatus completed
missionType asteroid deflection demonstration
kinetic impactor test
navigation autonomous optical navigation
navigationSystem SMART Nav
operator NASA
NASA Planetary Defense Coordination Office
orbitalPeriodChange reduced Dimorphos's orbital period by about 32 minutes
powerSource solar panels
primaryObjective demonstrate kinetic impactor technique for asteroid deflection
test planetary defense by altering an asteroid's trajectory
program NASA Planetary Defense Coordination Office
surface form: NASA Planetary Defense program
propulsion NEXT-C ion thruster
propulsionType solar electric propulsion
relatedMission Hera spacecraft
spacecraftMassAtImpact approximately 570 kilograms
target Dimorphos
targetPrimary 65803 Didymos
targetSystem Dimorphos
surface form: Didymos–Dimorphos binary asteroid system
trajectoryType heliocentric transfer to near-Earth asteroid

How these facts were elicited

Referenced by (5)

Full triples — surface form annotated when it differs from this entity's canonical label.

NASA spacecraft includes DART spacecraft
Johns Hopkins University Applied Physics Laboratory notableProject DART spacecraft
this entity surface form: DART planetary defense mission
DART spacecraft fullName DART spacecraft self-linksurface differs
this entity surface form: Double Asteroid Redirection Test
DART spacecraft acronym DART spacecraft self-linksurface differs
this entity surface form: DART
NASA Planetary Defense Coordination Office notableWork DART spacecraft
this entity surface form: Double Asteroid Redirection Test