Statements (741)
| Predicate | Object |
|---|---|
| gptkbp:instance_of |
gptkb:Mars_Rover
gptkb:spacecraft gptkb:Apollo_program gptkb:Moon gptkb:space_mission gptkb:human_spaceflight |
| gptkbp:apollo_16_mission_patch |
designed for the mission
|
| gptkbp:apollo_program_number |
gptkb:16
|
| gptkbp:artwork |
gptkb:Pacific_Ocean
gptkb:North_Pacific_Ocean South Pacific Ocean April 27, 1972 2:55 PM UTC |
| gptkbp:astronauts_recovered |
gptkb:Charles_Duke
gptkb:John_W._Young gptkb:Ken_Mattingly |
| gptkbp:collaboration |
collaboration with international scientists
Involved various scientific communities |
| gptkbp:collaborations |
international space agencies
|
| gptkbp:command_module_pilot_experience |
first lunar orbit
|
| gptkbp:command_module_weight |
12,000 pounds
12,000 lbs |
| gptkbp:command_structure |
gptkb:Casper
gptkb:Ken_Mattingly |
| gptkbp:commanded |
gptkb:John_Young
|
| gptkbp:commander |
gptkb:John_Young
|
| gptkbp:crew |
gptkb:Johnson_Space_Center
gptkb:Charles_D._Duke gptkb:Thomas_K._Mattingly gptkb:Kennedy_Space_Center_Launch_Complex_39_A gptkb:Lunar_Module_Simulator gptkb:documentaries gptkb:Pacific_Ocean gptkb:Kennedy_Space_Center gptkb:Charles_Duke gptkb:John_Young gptkb:John_W._Young gptkb:Ken_Mattingly gptkb:Thomas_Mattingly gptkb:Lyndon_B._Johnson_Space_Center gptkb:Launch_Complex_39_A gptkb:USS_Ticonderoga gptkb:Lunar_Receiving_Laboratory inspired future generations extensive successful emergency procedures geological surveys sample collection radio transmissions healthy public speaking engagements over 2 years documented extensively extensive training program awarded medals extensive preparation valuable for future missions monitored throughout mission Extensive pre-mission training previous spaceflights biomedical experiments documented in logs successful lunar landing included simulations Extensive geological training Rover operation training all crew members healthy celebrated by public experiments setup Included simulations and field training Successful and safe Lunar Rover exploration post-recovery medical evaluations Simulated lunar surface operations Survival training for splashdown |
| gptkbp:crew_eva |
multiple extravehicular activities
|
| gptkbp:crew_recovery_ship |
gptkb:USS_Ticonderoga
|
| gptkbp:crew_return_to_earth |
successful recovery operation
|
| gptkbp:crew_safety_equipment |
gptkb:Mobile_Suit
|
| gptkbp:crew_training_exercises |
simulated lunar landings
|
| gptkbp:crew's_achievements |
recognized by NASA
|
| gptkbp:crew's_communication |
with mission control
|
| gptkbp:crew's_health_monitoring |
Conducted during and after the mission
|
| gptkbp:crew's_impact |
on future space missions
|
| gptkbp:crew's_safety |
prioritized during mission
|
| gptkbp:crew's_training_location |
gptkb:Lunar_Module_Simulator
|
| gptkbp:data_return |
geological data
seismic data magnetic data photographic data radiation data |
| gptkbp:date |
April 27, 1972
April 21, 1972 |
| gptkbp:discovery |
lunar geology
new insights into lunar history new lunar rock types |
| gptkbp:distance |
27.5 kilometers
|
| gptkbp:duration |
11 days, 2 hours, 16 minutes
11 days, 1 hour, 51 minutes 11 days 1 hour 51 minutes |
| gptkbp:educational_value |
Inspired future generations of scientists
|
| gptkbp:fifth_human_landing_on |
gptkb:Moon
|
| gptkbp:final_apollo_mission |
gptkb:Apollo_17
no |
| gptkbp:first_introduced |
gptkb:Lunar_Roving_Vehicle
the Lunar Roving Vehicle |
| gptkbp:first_to_explore |
gptkb:Descartes_Highlands
|
| gptkbp:first_to_land_in |
gptkb:Descartes_Highlands
|
| gptkbp:flag |
gptkb:United_States_flag
|
| gptkbp:funding |
NASA budget
|
| gptkbp:historical_legacy |
enduring
influenced future lunar missions |
| gptkbp:historical_significance |
Fifth crewed mission to land on the Moon
important for lunar exploration one of the last Apollo missions |
| gptkbp:homeworld |
April 27, 1972
Successful re-entry and splashdown |
| https://www.w3.org/2000/01/rdf-schema#label |
Apollo 16
|
| gptkbp:impact |
gptkb:significant
advancements in space exploration contributed to lunar geology influenced subsequent lunar exploration. |
| gptkbp:impact_on_lunar_science |
gptkb:significant
|
| gptkbp:is_a_destination_for |
gptkb:Moon
|
| gptkbp:is_part_of |
gptkb:Moon_landings
|
| gptkbp:landed_on_moon |
April 21, 1972
|
| gptkbp:landed_on_the_moon |
April 21, 1972
|
| gptkbp:landing_distance |
gptkb:Moon
gptkb:Descartes_Highlands gptkb:the_Moon April 21, 1972 |
| gptkbp:landing_site |
gptkb:5
gptkb:6 gptkb:Descarte_Highlands gptkb:Descartes_Highlands South Pacific Ocean April 27, 1972 April 21, 1972 Lunar surface 8.97° S, 15.50° E 2:54 UTC |
| gptkbp:last_apollo_mission_to_land_on_the_moon |
gptkb:Apollo_17
gptkb:true |
| gptkbp:launch_date |
April 16, 1972
12:54 UTC |
| gptkbp:launch_site |
gptkb:Kennedy_Space_Center
|
| gptkbp:launch_vehicle |
gptkb:Saturn_V
|
| gptkbp:launched |
April 16, 1972
|
| gptkbp:legacy |
inspiration for future lunar missions
increased understanding of lunar geology Influenced future lunar missions increased interest in lunar science influenced future lunar missions Contributed to lunar science and exploration Contributed to international space collaboration Increased interest in lunar science Enhanced lunar exploration knowledge Set the stage for Mars exploration planning |
| gptkbp:lunar_ascent_date |
April 24, 1972
|
| gptkbp:lunar_ascent_stage |
returned to orbit
Returned to orbit after lunar surface operations |
| gptkbp:lunar_descent_stage |
Left on the Moon
|
| gptkbp:lunar_exploration_vehicle |
gptkb:Lunar_Roving_Vehicle
|
| gptkbp:lunar_landing_vehicle |
gptkb:Orion
|
| gptkbp:lunar_module_ascent_duration |
2 minutes, 30 seconds
|
| gptkbp:lunar_module_ascent_engine |
gptkb:Ascent_Propulsion_System
ascent propulsion system |
| gptkbp:lunar_module_descent_duration |
8 minutes, 30 seconds
|
| gptkbp:lunar_module_descent_engine |
descent propulsion system
Descent Propulsion System |
| gptkbp:lunar_module_landing_coordinates |
8.973° S, 15.500° E
|
| gptkbp:lunar_module_landing_site_name |
gptkb:Descarte_Highlands
|
| gptkbp:lunar_module_pilot_experience |
gptkb:first_lunar_landing
|
| gptkbp:lunar_rover_name |
gptkb:Lunar_Roving_Vehicle
|
| gptkbp:lunar_rover_range |
over 90 kilometers
|
| gptkbp:lunar_rover_speed |
8 kilometers per hour
|
| gptkbp:lunar_rover_weight |
460 pounds
|
| gptkbp:lunar_sample_return_mission |
yes
|
| gptkbp:lunar_sample_types |
gptkb:ground
rocks regolith |
| gptkbp:lunar_samples |
returned to Earth
returned to Earth for study |
| gptkbp:lunar_soil_samples |
analyzed on Earth
|
| gptkbp:lunar_surface |
explored in detail
|
| gptkbp:lunar_surface_area_explored |
approximately 27 kilometers
|
| gptkbp:lunar_surface_conditions |
extreme temperatures
|
| gptkbp:lunar_surface_exploration_duration |
71 hours, 2 minutes
|
| gptkbp:lunar_surface_features |
mapped and studied
|
| gptkbp:lunar_surface_mobility |
gptkb:Lunar_Roving_Vehicle
|
| gptkbp:lunar_surface_photography |
high-resolution images
|
| gptkbp:lunar_surface_sample_types |
regolith, rocks
|
| gptkbp:lunar_surface_samples |
returned for analysis
|
| gptkbp:lunar_surface_vehicle_distance_travelled |
26.7 km
|
| gptkbp:lunar_surface_vehicle_duration |
8 hours, 23 minutes
|
| gptkbp:lunar_surface_vehicle_used |
gptkb:Lunar_Roving_Vehicle
|
| gptkbp:mass |
95.71 kg
|
| gptkbp:media_coverage |
yes
live coverage Extensive during the mission live broadcast from the Moon |
| gptkbp:mission |
gptkb:Apollo_16_mission_patch
gptkb:16 gptkb:Houston gptkb:Houston,_Texas gptkb:Apollo_program gptkb:John_Young gptkb:Apollo_15 gptkb:Apollo_17 gptkb:John_W._Young gptkb:NASA gptkb:Apollo_16_insignia yes Successful public engagement successful sample collection debriefing geological mapping managed by NASA sample analysis photographic documentation Designed by the crew conducted by NASA managed by Influenced future lunar exploration missions years of preparation first use of the Lunar Roving Vehicle extensive geological surveys environmental measurements achieved successfully scientific analysis of lunar samples Samples returned to Earth for study Geological exploration of the Moon Debriefing and analysis of mission data Overcame various technical difficulties Part of the Apollo program successful crew return to Earth Increased understanding of lunar surface composition Samples analyzed for lunar environmental conditions Contributed to the understanding of lunar tectonics Data contributed to lunar cartography Data used for lunar geology studies Enhanced knowledge of lunar impact cratering Provided insights into the Moon's volcanic history Samples analyzed for mineralogy Samples analyzed for organic compounds Samples analyzed for radiation exposure effects Samples analyzed for space weathering effects Samples displayed in museums Samples returned for analysis on Earth Samples studied for isotopic composition Samples used in astrobiology research Samples used in comparative planetology studies Samples used in educational outreach programs Samples used in lunar habitat research Samples used in lunar resource utilization studies Samples used in planetary protection studies Samples used in public exhibitions Samples used in lunar exploration mission planning. Samples used in studies of lunar regolith properties Samples analyzed for lunar dust mitigation strategies Samples analyzed for potential resources for future missions Samples contributed to lunar sample return programs fifth crewed Moon landing extensive mission documentation ongoing research on lunar samples samples returned to Earth Contributed to understanding of lunar highlands Helped refine lunar exploration techniques Provided insights into lunar volcanic activity Samples studied for lunar formation theories public speaking, education |
| gptkbp:mission_duration |
11 days
11 days, 2 hours, 16 minutes 11 days, 2 hours, 21 minutes 11 days, 1 hour, 51 minutes recorded in history 8 days 3 hours 18 minutes 11 days, 2 hours, 55 minutes 8 days, 12 hours, 55 minutes |
| gptkbp:mission_type |
gptkb:Mars_Rover
gptkb:Manned_lunar_landing gptkb:Moon Manned lunar exploration crewed crewed lunar exploration Exploratory exploratory |
| gptkbp:mission's_end |
marked by successful landing
|
| gptkbp:module |
gptkb:Geologist
gptkb:3 gptkb:Charles_Duke gptkb:Orion gptkb:Descarte_Highlands gptkb:Descartes_Highlands gptkb:Highland_region_of_the_Moon yes successful sample collection 20 hours, 14 minutes 95.71 kg significant contributions part of 15,000 pounds 15,000 lbs 3 EVAs understanding lunar geology part of the Apollo program April 24, 1972 lunar soil mechanics significant contributions to lunar science seismic experiments 20 hours 14 minutes lunar sample return lunar sample analysis lunar dust analysis lunar mineralogy studies lunar topography mapping lunar volcanic activity studies performed by astronauts 211 kg lunar environmental studies Significant for scientific research lunar radiation measurements remains on the Moon lunar magnetic field measurements study of the Moon's surface and geology Conducted during the mission successful landing on the Moon advanced by mission over 200 samples 213 samples lunar seismic profiling conducted over three days Studied during the mission 3 days, 10 hours, 23 minutes 3 days 10 hours lunar geological mapping 94.5 kilograms two lunar excursions 213 kilograms jettisoned after mission studied during the mission lunar atmospheric measurements lunar core sampling lunar geochemistry studies lunar heat flow measurements lunar impact cratering studies lunar photometry studies lunar rock analysis lunar sample curation lunar sample documentation lunar sample storage lunar spectroscopy studies lunar stratigraphy studies lunar surface processes studies lunar tectonics studies lunar topographic mapping 211 kilograms conducted during EVAs Conducted by astronauts during EVAs |
| gptkbp:notable_achievement |
fifth Moon landing
|
| gptkbp:notable_mission |
gptkb:scientific_research
study of lunar geology scientific exploration of the Moon one of the most successful Apollo missions expanded knowledge of the Moon last crewed lunar landing until 2024 expanded lunar knowledge |
| gptkbp:notable_work |
lunar rover operations
impact cratering lunar dust properties lunar seismic activity lunar surface composition lunar surface processes mapping of lunar surface features lunar impact history lunar radiation environment lunar soil mechanics lunar surface weathering lunar mission planning lunar topography lunar environmental conditions lunar mineralogy lunar stratigraphy lunar volcanic activity study of impact craters contributed to lunar geology lunar geochemistry lunar magnetic field lunar petrology evidence of volcanic activity lunar highland geology lunar exploration techniques analysis of lunar soil composition discovery of ancient lunar highlands lunar mission communication lunar mission development lunar mission engineering lunar mission logistics lunar mission navigation lunar mission operations lunar mission research lunar mission safety lunar mission science lunar mission technology lunar regolith characteristics lunar astronaut training lunar mission assessment lunar mission evaluation lunar mission impacts lunar mission outcomes lunar sample return methods |
| gptkbp:objective |
geology
geological mapping Explore the lunar surface geological exploration conduct scientific experiments lunar surface exploration Geology and lunar surface exploration exploration of the lunar highlands explore the lunar surface study of the Moon's surface exploration of the lunar surface fifth manned lunar landing explore the lunar highlands |
| gptkbp:operated_by |
gptkb:NASA
|
| gptkbp:operating_hours |
71 hours, 2 minutes
71 hours, 14 minutes |
| gptkbp:orbital_altitude |
April 19, 1972
|
| gptkbp:outcome |
gptkb:Fifth_Moon_landing
|
| gptkbp:part_of |
gptkb:Apollo_Moon_missions
gptkb:Apollo_program |
| gptkbp:post_mission_publications |
numerous
|
| gptkbp:post_mission_return |
scientific community engagement
|
| gptkbp:post-mission_recovery |
gptkb:USS_Ticonderoga
|
| gptkbp:preceded_by |
gptkb:Apollo_15
|
| gptkbp:primary_mission |
gptkb:Apollo_17
|
| gptkbp:public_interest |
high
high public interest in the mission High due to lunar exploration |
| gptkbp:recovery_helicopter |
gptkb:CH-53_Sea_Stallion
|
| gptkbp:recovery_method |
gptkb:North_Pacific_Ocean
gptkb:USS_Ticonderoga April 27, 1972 splashdown recovery Conducted by NASA and the U. S. Navy |
| gptkbp:related_vehicle |
gptkb:navigation_system
gptkb:Control gptkb:vehicles gptkb:Lunar_Roving_Vehicle gptkb:sports_equipment gptkb:steering_wheel gptkb:Command_Line_Interface gptkb:camera gptkb:bridge gptkb:communication_systems gptkb:scientific_instruments gptkb:sensors gptkb:accessories safety features communication equipment solar panels wheels lights two seats payload capacity 26.7 km 27.76 km television camera over 27 kilometers tool storage battery-powered drive motors used during mission 27.8 kilometers used during the mission |
| gptkbp:research |
gptkb:Lunar_Roving_Vehicle
gptkb:lunar_surface_experiments yes lunar geology seismic studies Lunar surface photography Seismic experiments Lunar surface exploration Lunar surface experiments package lunar soil analysis lunar surface exploration magnetometer measurements Lunar soil sample collection lunar surface photography Soil mechanics experiments enhanced by findings Geology mapping Solar wind composition analysis Geology experiments |
| gptkbp:research_focus |
lunar seismic activity
lunar atmosphere lunar surface composition lunar surface mapping lunar surface processes lunar tectonics lunar exploration technology lunar radiation environment lunar soil mechanics lunar surface weathering geology of the Moon lunar sample return lunar topography lunar environmental conditions lunar mineralogy lunar stratigraphy lunar volcanic activity lunar sample analysis lunar surface imaging lunar surface composition analysis lunar dust lunar surface geophysical studies lunar surface mineralogy lunar surface morphology analysis lunar surface stratigraphy lunar geochemistry lunar impact processes lunar magnetic field lunar petrology lunar surface geodetic technology applications development lunar surface geodetic experiments applications research lunar surface geodetic modeling applications research lunar exploration methods lunar geological history lunar impact craters lunar surface environmental monitoring lunar surface exploration techniques lunar surface geochemistry lunar surface geodetic analysis lunar surface geodetic applications lunar surface geodetic applications development lunar surface geodetic applications research lunar surface geodetic applications technology lunar surface geodetic data lunar surface geodetic data applications lunar surface geodetic data applications research lunar surface geodetic data development lunar surface geodetic data research lunar surface geodetic data technology lunar surface geodetic data technology development lunar surface geodetic experiments lunar surface geodetic experiments applications lunar surface geodetic experiments development lunar surface geodetic experiments research lunar surface geodetic experiments technology lunar surface geodetic measurements lunar surface geodetic modeling lunar surface geodetic modeling applications lunar surface geodetic modeling development lunar surface geodetic modeling research lunar surface geodetic modeling technology lunar surface geodetic observations lunar surface geodetic observations applications lunar surface geodetic observations development lunar surface geodetic observations research lunar surface geodetic observations technology lunar surface geodetic research lunar surface geodetic research development lunar surface geodetic simulations lunar surface geodetic simulations applications lunar surface geodetic simulations development lunar surface geodetic simulations research lunar surface geodetic simulations technology lunar surface geodetic studies lunar surface geodetic techniques lunar surface geodetic techniques development lunar surface geodetic technology lunar surface geodetic technology applications lunar surface geodetic technology development lunar surface geodetic technology research lunar surface geological mapping lunar surface impact processes lunar surface morphology lunar surface petrology lunar surface sample collection lunar surface tectonics lunar surface weathering processes lunar surface geodetic experiments technology development lunar surface geodetic observations technology development lunar surface geodetic simulations technology development lunar surface geodetic simulations applications research lunar surface geodetic modeling technology development lunar surface geodetic observations applications research lunar surface geodetic technology applications research |
| gptkbp:return_sample_mass |
95.71 kg
|
| gptkbp:return_samples |
Return of 95.7 kg of lunar material
|
| gptkbp:returned_lunar_samples |
soil and rock samples
|
| gptkbp:sampled_in |
over 200
211 pounds (95.7 kg) Moon rocks over 200 pounds 211 pounds (95.7 kg) of lunar material lunar soil and rocks over 200 pounds of lunar material 95 kg of lunar material |
| gptkbp:scientific_goals |
geological mapping
|
| gptkbp:scientific_instruments |
gptkb:Lunar_Surface_Cosmic_Ray_Detector
gptkb:Lunar_Surface_Solar_Wind_Experiment gptkb:Lunar_Surface_Atmospheric_Experiment gptkb:Lunar_Surface_Penetrometer gptkb:Lunar_Surface_Photometer gptkb:Lunar_Surface_Radiation_Detector gptkb:Lunar_Surface_Seismometer gptkb:Lunar_Surface_Temperature_Probe gptkb:Lunar_Roving_Vehicle gptkb:Lunar_Surface_Experiments_Package gptkb:Alpha_Particle_X-ray_Spectrometer gptkb:Lunar_Surface_Magnetometer gptkb:spectrometer gptkb:Lunar_Atmospheric_Composition_Experiment gptkb:Lunar_Surface_Dust_Experiment gptkb:Lunar_Surface_Electrical_Properties_Experiment gptkb:Lunar_Surface_Magnetometer_Experiment gptkb:Lunar_Surface_Radiation_Experiment gptkb:Lunar_Sample_Return_Container gptkb:photography gptkb:Lunar_Surface_Dust_Particle_Analyzer gptkb:Lunar_Surface_Alpha_Particle_Spectrometer gptkb:Lunar_Surface_Dust_Analyzer gptkb:Lunar_Surface_Dust_Mass_Spectrometer gptkb:Lunar_Surface_Dust_Particle_Composition_Analyzer gptkb:Lunar_Surface_Dust_Particle_Mass_Spectrometer gptkb:Lunar_Surface_Dust_Particle_Spectrometer gptkb:Lunar_Surface_Dust_Spectrometer gptkb:Lunar_Surface_Gamma_Ray_Spectrometer gptkb:Lunar_Surface_Mass_Spectrometer gptkb:Lunar_Surface_Neutron_Spectrometer gptkb:Lunar_Surface_X-ray_Spectrometer gptkb:magnetometer gptkb:Lunar_Surface_Atmospheric_Analysis_Experiment gptkb:Lunar_Surface_Dust_Analysis_Experiment gptkb:Lunar_Surface_Magnetometer_Analysis_Experiment gptkb:Lunar_Surface_Radiation_Analysis_Experiment gptkb:Lunar_Surface_Seismic_Analysis_Experiment gptkb:Lunar_Surface_Soil_Analysis_Experiment gptkb:Lunar_Surface_Soil_Mechanics_Experiment gptkb:Lunar_Surface_Wind_Analysis_Experiment gptkb:Lunar_Surface_Wind_Experiment Lunar Dust Experiment geology tools lunar dust detector lunar soil mechanics experiment lunar surface gravimeter Lunar Seismic Profiling Experiment Lunar Surface Dust Detector Lunar Surface Gravimeter Lunar Surface Temperature Experiment sample collection tools core sample drill lunar surface experiments package lunar surface magnetometer lunar surface photometer Lunar Portable Magnetometer Lunar Soil Mechanics Experiment lunar surface drill Lunar Sample Return Experiment Lunar Surface Seismic Experiment Soil Mechanics Experiment Lunar Surface Spectrometer lunar surface camera Lunar Surface Dust Composition Analyzer Lunar Surface Temperature Analysis Experiment Portable Magnetometer lunar surface altimeter lunar surface radar lunar surface seismometer lunar surface spectrometer Active Seismic Experiment Lunar Surface Dust Collector Lunar Surface Dust Particle Counter |
| gptkbp:scientific_instruments_left_on_moon |
yes
|
| gptkbp:service |
First use of the Lunar Roving Vehicle
first use of the Lunar Roving Vehicle first mission to the Descartes Highlands first to explore the highlands of the Moon Use of the Lunar Roving Vehicle First mission to explore the Descartes Highlands First mission to land in the highlands First use of the Lunar Roving Vehicle in a mission First mission to deploy a large scientific instrument package First mission to conduct extensive geological surveys first to land in the Descartes Highlands use of a lunar rover first use of the lunar rover in a highland area First use of the Lunar Roving Vehicle on the Moon use of the Lunar Roving Vehicle first to land in the highlands first mission to land in the highlands |
| gptkbp:significance |
Fifth crewed mission to land on the Moon
First exploration of the highlands Influenced future lunar missions Contributed to lunar science Demonstrated capabilities of the Lunar Roving Vehicle Improved understanding of lunar geology Promoted public interest in space exploration Reinforced the value of scientific research in space Advanced lunar exploration technology Contributed to the Apollo program's legacy Demonstrated human adaptability in space Enhanced knowledge of the Moon's history Facilitated scientific collaboration Highlighted the importance of crew training Improved lunar mapping Increased understanding of lunar highlands Provided insights into planetary geology Provided valuable geological data Showcased NASA's engineering capabilities Strengthened international interest in lunar exploration Fifth crewed mission to the Moon |
| gptkbp:sixth_human_to_walk_on_the_moon |
gptkb:John_Young
|
| gptkbp:succeeded_by |
gptkb:Apollo_17
|
| gptkbp:success |
gptkb:true
|
| gptkbp:successor |
gptkb:Apollo_17
|
| gptkbp:support |
post-mission analysis
|
| gptkbp:team |
gptkb:United_States_Navy
|
| gptkbp:technical_achievements |
Advanced space technology
|
| gptkbp:total_crewed_apollo_missions |
gptkb:16
|
| gptkbp:total_crewed_missions_to_the_moon |
gptkb:6
six |
| gptkbp:total_eva_activities |
gptkb:3
|
| gptkbp:total_lunar_days_spent |
gptkb:3
|
| gptkbp:total_lunar_nights_spent |
gptkb:0
|
| gptkbp:total_lunar_samples |
over 200 kg
|
| gptkbp:total_lunar_surface_distance_travelled |
27.8 km
|
| gptkbp:total_lunar_surface_eva_time |
20 hours 14 minutes
|
| gptkbp:total_moonwalk_duration |
20 hours, 14 minutes
|
| gptkbp:total_moonwalks |
gptkb:3
|
| gptkbp:total_orbit_time |
71 hours, 55 minutes
|
| gptkbp:total_samples_returned |
211 kg
|
| gptkbp:was_part_of |
gptkb:spacecraft
gptkb:Apollo_missions |
| gptkbp:bfsParent |
gptkb:NASA
|
| gptkbp:bfsLayer |
3
|