Hayabusa spacecraft

E94188

The Hayabusa spacecraft was a Japanese robotic mission that became the first to return samples from an asteroid to Earth, significantly advancing planetary science and sample-return technology.

AI illustration

How this image was made

AI-generated illustration of Hayabusa spacecraft

This AI-generated illustration was produced by black-forest-labs/FLUX.2-dev (1024x1024) from a prompt written by openai/gpt-oss-120b from the entity's label + description.

Prompt

Generate an image of the Hayabusa spacecraft (The Hayabusa spacecraft was a Japanese robotic mission that became the first to return samples from an asteroid to Earth, significantly advancing planetary science and sample-return technology.)

All labels observed (6)

How this entity was disambiguated

Statements (50)

Predicate Object
instanceOf asteroid sample-return mission
robotic spacecraft
spacecraft
capsuleRecoveryAgency JAXA
capsuleRecoverySupport Australian authorities
communicationBand Ka-band
X-band
countryOfOrigin Japan
encounterDateWithItokawa 2005-09
firstSampleReturnFrom asteroid
landerType hopping rover
launchDate 2003-05-09
launchSite Uchinoura Space Center
launchVehicle M-V rocket
massAtLaunch approximately 510 kilograms
missionDuration about 7 years
missionType asteroid exploration
sample-return
nameMeaning peregrine falcon in Japanese
notableIssue communication loss and recovery
fuel leak
reaction wheel failures
onboardLander MINERVA
operator JAXA
Japan Aerospace Exploration Agency
orbitType heliocentric transfer orbit to near-Earth asteroid
powerSource solar panels
propulsionType chemical thrusters
ion engine
reentryCountry Australia
reentryEvent spacecraft bus burned up in Earth’s atmosphere
reentryLocation Woomera Test Range
result returned microscopic grains from Itokawa
returnToEarthDate 2010-06-13
sampleCollectionMethod projectile impact and capture in collection horn
sampleReturnCapsule heat-shielded reentry capsule
sampleStorageEnvironment ultra-clean curation facility in Japan
scientificImpact advanced understanding of space weathering on asteroids
confirmed ordinary chondrites originate from S-type asteroids
scientificObjective demonstrate autonomous navigation near small body
return asteroid surface samples to Earth
study composition of S-type asteroid
test ion propulsion in deep space
spaceAgencyProgram JAXA Hayabusa program
linked to: Hayabusa spacecraft
spacecraftBus box-shaped design with solar panels
successorMission Hayabusa2
target 25143 Itokawa
targetType near-Earth asteroid
technologicalImpact pioneered asteroid sample-return techniques
touchdownAttemptsOnItokawa two

How these facts were elicited

Referenced by (15)

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

Japan Aerospace Exploration Agency operatorOf Hayabusa spacecraft
H-IIA launch vehicle launchesNotablePayload Hayabusa asteroid sample return mission
linked to: Hayabusa spacecraft
Hayabusa spaceAgencyProgram JAXA Hayabusa program
subject linked to: Hayabusa spacecraft
linked to: Hayabusa spacecraft
Hayabusa2 predecessor Hayabusa
subject linked to: Hayabusa2 spacecraft
linked to: Hayabusa spacecraft
Oscar alsoKnownAs Hayabusa
linked to: Hayabusa spacecraft
M-V rocket notablePayload Hayabusa spacecraft
25143 Itokawa visitedBy Hayabusa
linked to: Hayabusa spacecraft
25143 Itokawa surfaceSampleReturnedBy Hayabusa
linked to: Hayabusa spacecraft
MINERVA partOfMission Hayabusa
linked to: Hayabusa spacecraft
MINERVA parentSpacecraft Hayabusa
linked to: Hayabusa spacecraft
MINERVA program Hayabusa program
linked to: Hayabusa spacecraft
MASCOT program Hayabusa program
linked to: Hayabusa spacecraft
SCI relatedMission Hayabusa sample-return program
linked to: Hayabusa spacecraft
JAXA planetary exploration program includesMission Hayabusa
linked to: Hayabusa spacecraft
JAXA planetary exploration program notableMission Hayabusa
linked to: Hayabusa spacecraft