Bepi Colombo

GPTKB entity

Statements (218)
Predicate Object
gptkbp:instance_of gptkb:spacecraft
gptkbp:bfsLayer 3
gptkbp:bfsParent gptkb:spacecraft
gptkb:theatre
gptkb:opera
gptkb:rocket
gptkbp:affiliated_with gptkb:JAXA
gptkbp:aims_to Mercury's magnetic field
Mercury's atmosphere
Mercury's geology
gptkbp:budget 1.3 billion euros
gptkbp:collaborations gptkb:JAXA
ESA and JAXA
gptkbp:communication X-band
gptkbp:composed_of MIO
MPO
two spacecraft
gptkbp:consists_of MIO
MPO
MEE
gptkbp:court gptkb:Mercury_Magnetospheric_Orbiter
gptkbp:developed_by gptkb:spacecraft
gptkb:Japan_Aerospace_Exploration_Agency
gptkbp:developer over 15 years
gptkbp:duration 7 years
gptkbp:effective_date 2025
gptkbp:elevation 2025
gptkbp:end_date 2025
gptkbp:game_components MIO
MPO
https://www.w3.org/2000/01/rdf-schema#label Bepi Colombo
gptkbp:includes gptkb:musician
gptkb:aircraft
gptkb:video_game
Propulsion system
Legal team
MIO
MPO
Quality assurance team
Dust analyzer
Evaluation team
Procurement team
Plasma wave instrument
Documentation team
Logistics team
Onboard computer
Imaging system
Attitude control system
Ground control system
Thermal control system
Risk management team
Communications team
Data analysis team
Laser altimeter
Sponsorship team
Human resources team
Mission operations center
Science team
Social media team
Training team
Website management team
Technical advisory board
Engineering support team
Stakeholder engagement team
Partnership team
Power management system
Impact assessment team
Publications team
Exhibition team
Data handling system
Volunteer coordination team
Budget management team
Conference organization team
Educational programs team
Feedback collection team
Future missions team
International collaboration team
Launch support system
Legacy planning team
Magnetospheric imaging instrument
Neutron spectrometer
Outreach events team
Particle analyzer
Payload data center
Public outreach team
Radio science experiment
Safety review board
Schedule management team
Science operations center
Thermal mapper
gptkbp:instrument gptkb:MIO-ELSA
gptkb:MPO-SESAME
gptkb:Bepi_Colombo_Laser_Altimeter
gptkb:SIMBIO-SYS
gptkb:Mercury_Imaging_X-ray_Spectrometer
gptkb:Mercury_Laser_Altimeter
MERTIS
MIO
MPO
PHEBUS
MASCS
MIO-PWI
MPO-HP
MPO-MAG
MGN
MIO-PSP
MPO-PSP
SERENA
MIO scientific payload
MPO scientific payload
gptkbp:is_a_destination_for gptkb:Mercury
gptkbp:is_designed_for Mercury exploration
gptkbp:is_part_of Bepi Colombo mission
gptkbp:landing_site 2025
gptkbp:launch_date October 20, 2018
gptkbp:launch_site gptkb:Kourou,_French_Guiana
gptkbp:launch_vehicle gptkb:opera
3,900 kg
approximately 3,900 kg
gptkbp:launched gptkb:spacecraft
October 20, 2018
ESA and JAXA
2018-2025
gptkbp:mass 1,000 kg
3,900 kg
gptkbp:mission gptkb:spacecraft
gptkb:Mercury
gptkb:Mercury_Planetary_Orbiter
gptkb:Research_Institute
2031
Planetary Exploration
Mercury orbit
planetary exploration
study Mercury's magnetic field
study solar wind interaction with Mercury
understand Mercury's formation
study Mercury's exosphere
study Mercury's geology
Cruise phase
Launch phase
Science phase
interplanetary mission
investigate the planet's magnetic field
study Mercury's internal structure
study Mercury's surface composition
Arrival phase
analyze Mercury's surface composition
examine Mercury's thermal history
investigate Mercury's geology
measure Mercury's gravity field
to Mercury since MESSENGER
gptkbp:mission_duration 7 years
approximately 6 years
gptkbp:movement gptkb:Hohmann_transfer_orbit
gptkbp:named_after gptkb:Giovanni_Domenico_Cassini
gptkb:Giuseppe_Colombo
gptkb:Giovanni_Battista_Colombo
gptkbp:objective study Mercury's magnetic field
study Mercury's exosphere
investigate the planet's polar regions
examine the planet's atmosphere and exosphere
study the planet's magnetic field dynamics
study the effects of solar radiation on Mercury's surface
analyze the mineralogy of Mercury's surface
determine the age of Mercury's surface
investigate the planet's core structure
measure the planet's gravitational field
study the thermal properties of Mercury's surface
understand the formation of terrestrial planets
understand the impact of solar activity on Mercury
understand the planet's tectonic history
analyze the composition of Mercury's surface materials
investigate the history of Mercury's volcanic activity
investigate the presence of water ice in polar craters
study the solar wind interaction with Mercury's magnetosphere
study the interaction of Mercury's magnetosphere with the solar wind
analyze the planet's surface and geological history
study the interaction of Mercury's surface with the solar wind
study Mercury's surface
gptkbp:operational_status active
gptkbp:operator gptkb:spacecraft
gptkb:Japan_Aerospace_Exploration_Agency
gptkbp:origin gptkb:Giuseppe_Colombo
gptkbp:power_output solar panels
gptkbp:powers 1,500 watts
gptkbp:price approximately 1.5 billion euros
gptkbp:provides_information_on expected to return extensive data
gptkbp:scientific_goals Study Mercury's surface and exosphere
study Mercury's magnetic field
study solar wind interaction with Mercury
understand Mercury's formation
study the planet's atmosphere
study Mercury's exosphere
investigate the planet's thermal history
study the planet's surface processes
study the planet's magnetic field dynamics
study Mercury's internal structure
contribute to planetary science knowledge
investigate Mercury's geology
study Mercury's surface
analyze Mercury's internal structure
analyze the impact craters on Mercury
examine Mercury's surface composition
explore the polar regions of Mercury
investigate the planet's magnetic field anomalies
investigate the planet's tectonic activity
measure Mercury's gravitational field
study the exosphere's composition and dynamics
support future exploration missions.
understand the history of water on Mercury
understand the role of Mercury in the solar system
examine the interaction of Mercury with the solar wind
gptkbp:significance joint mission to study Mercury
gptkbp:status in progress
gptkbp:travel_time approximately 7 years
gptkbp:uses solar power
ion propulsion system
gravity assist maneuvers