Mars Curiosity rover

GPTKB entity

Statements (60)
Predicate Object
gptkbp:instance_of gptkb:robot
gptkbp:communication UHF radio
gptkbp:designed_by gptkb:NASA
https://www.w3.org/2000/01/rdf-schema#label Mars Curiosity rover
gptkbp:instrument gptkb:Rover_Environmental_Monitoring_Station
gptkb:Alpha_Particle_X-ray_Spectrometer
gptkb:Chem_Cam
gptkb:Mars_Hand_Lens_Imager
gptkb:Radiation_Assessment_Detector
Sample Analysis at Mars
Chemistry and Mineralogy
Dynamic Albedo of Neutrons
Rover Atmospheric Measurement Instrumentation
gptkbp:launched November 26, 2011
gptkbp:max_takeoff_weight August 6, 2012
gptkbp:mission gptkb:spacecraft
gptkbp:mission_duration over 10 years
gptkbp:navigation_system autonomous navigation
gptkbp:objective search for signs of past life
gptkbp:operates gptkb:Mars
gptkbp:photography gptkb:Mast_Cam
gptkbp:power_output nuclear
gptkbp:scientific_goals map Martian surface
search for water
study Martian geology
characterize the Martian environment
analyze soil samples
study impact craters
study volcanic activity
assess climate and weather
monitor seasonal changes
test new technology
analyze organic compounds
collect data for future missions
investigate ancient riverbeds
investigate potential for past life
analyze mineralogy
study Martian rocks
study the history of water on Mars
study Martian climate history
analyze atmospheric dust
analyze surface chemistry
analyze the composition of Martian atmosphere
determine habitability of Mars
examine sedimentary features
investigate ancient environments
investigate methane levels
investigate the presence of perchlorates
study dust and regolith
study polar regions
study radiation levels
study the Martian dust cycle
study the effects of radiation on materials
understand Martian atmosphere
investigate the potential for future human exploration.
gptkbp:status operational
gptkbp:transportation six wheels
gptkbp:weight 899 kilograms
gptkbp:bfsParent gptkb:Mars_Perseverance_rover
gptkbp:bfsLayer 4