Mission phase
Proximity Operations
Extended operations close to the body — global mapping, orbiting, and selecting sites for a landing, sampling, or impact.
- Type
- Mission phase
- Domain
- Scientific connections
- Connections
- 4
- Type: Mission phase
- Domain: Scientific connections
Experience system V6
Mission phase scientific profile
A graph-grounded scientific layout that adapts to available evidence, imagery, relations, and source coverage.
- 01
Observe
The page falls back to graph and source evidence when no cleared image is available.
- 02
Measure
Measurement panels use graph coverage, catalog identifiers, and source availability without inventing values.
- 03
Locate
Preceded by Approach & Characterization.
- 04
Connect
4 graph relations shape the knowledge viewport.
- Object type
- Mission phase
- Graph relations
- 4
- Verified sources
- 2
- Image records
- 0
- Domain
- Scientific connections
- Status
- Graph entity
Scientific map
Atlas context
- Preceded by
Approach & Characterization
- Followed by
Surface Operations & Sampling
- Associated with
NEAR Shoemaker
- Associated with
Hayabusa2
Original SVG diagram
Scientific schematic
- Object class
- Mission phase
- Catalog numbers
- Not recorded
- Graph relations
- 4
- Sources
- 2
Visual knowledge graph
Relationships, not isolated facts
This viewport is generated from the Asteria knowledge graph. Science, culture, and interpretive links remain separated by domain so visual context never changes the evidentiary meaning of a relation.
- Preceded byApproach & Characterization
- Associated withHayabusa2
- Associated withNEAR Shoemaker
- Followed bySurface Operations & Sampling
Continue the atlas
Curated next objects
Approach & Characterization
The final approach, when the target grows from a point of light into a resolved world and the spacecraft measures its shape, spin, and gravity to plan operations.
mission phaseSurface Operations & Sampling
The critical interaction with the surface — a touchdown, a landing, a sample-collection manoeuvre, or a deliberate impact.
space missionNEAR Shoemaker
NASA's Near Earth Asteroid Rendezvous mission, the first spacecraft to orbit an asteroid (433 Eros, 2000) and the first to soft-land on one (2001).
space missionHayabusa2
Hayabusa2 collected surface and subsurface samples of the asteroid Ryugu and returned them to Earth.
asteroid162173 Ryugu
A near-Earth asteroid sampled by Japan's Hayabusa2.
asteroid433 Eros
A near-Earth asteroid orbited by NASA's NEAR Shoemaker.
Data
Scientific data & provenance
Data & provenance
- Stable ID
mission_phase:proximity-operations- Type
- Mission phase
- Domain
- Scientific connections
- Relationships
- 4
- Graph version
- 1.0.0
Dataset membership
Open data
In the graph export: graph.json · graph.jsonld
Planned API: GET /api/v0/entities/mission_phase:proximity-operations
Scientific quality
Substantial3 of 4 applicable dimensions complete
- Description
- Complete
- Source coverage
- Complete
- Relationship coverage
- Complete
- Review coverage
- None
- Citation coverage
- Not applicable
- Image coverage
- Not applicable
- Timeline coverage
- Not applicable
Scientific entity. Dimensions that cannot apply to this object are excluded rather than counted as gaps. See the evidence framework and authority dashboard.
You might also explore
- Asteroid162173 RyuguLinked through Hayabusa2
- Asteroid433 ErosLinked through NEAR Shoemaker
- Mission classLander MissionLinked through NEAR Shoemaker
- Mission classRendezvous MissionLinked through NEAR Shoemaker
- Mission phaseLaunch & CruiseLinked through Approach & Characterization
- Mission phaseReturn & ReentryLinked through Surface Operations & Sampling
Sources & references
The primary and reference sources this topic draws on.
- NASANational Aeronautics and Space Administration
Mission data, planetary science, space telescopes, and public-domain imagery.
Most NASA-produced imagery is in the public domain; individual items are checked for usage terms before publication.
- JAXAJapan Aerospace Exploration Agency
Japanese missions (Hayabusa, Akatsuki) and space science.