NASA's Advanced Exploration Systems

GPTKB entity

Statements (61)
Predicate Object
gptkbp:instanceOf gptkb:spacecraft
gptkbp:aimsTo expand human presence in space
foster international collaboration
improve mission success rates
reduce mission costs
prepare for future exploration missions
enhance mission reliability
enhance astronaut training
enable_crewed_missions_to_Mars
gptkbp:analyzes in-situ resource utilization
health and performance of astronauts
sustainability in space missions
psychological factors in space travel
gptkbp:collaboratesWith government agencies
research institutions
private aerospace companies
international space agencies
gptkbp:conducts environmental testing
robotic missions
technology demonstrations
field tests for technologies
simulations for mission scenarios
gptkbp:develops advanced communication systems
autonomous systems
advanced navigation systems
mission planning tools
advanced robotics for exploration
technologies for lunar exploration
entry, descent, and landing technologies
habitat systems for long-duration missions
robotic systems for exploration
technologies for deep space missions
spacecraft_systems_for_Mars_missions
gptkbp:engagesIn public outreach
public-private partnerships
partnerships with universities
gptkbp:focusesOn safety protocols
technology innovation
crew safety
human space exploration
crew training programs
safety in space operations
data analysis for mission planning
gptkbp:hasArea advanced propulsion systems
https://www.w3.org/2000/01/rdf-schema#label NASA's Advanced Exploration Systems
gptkbp:includes the_Orion_spacecraft
the_Space_Launch_System_(SLS)
gptkbp:promotes sustainable exploration
gptkbp:research life support systems
sustainable life support systems
space weather effects
radiation protection technologies
extraterrestrial habitats
gptkbp:supports gptkb:the_Artemis_program
educational initiatives
scientific research
interdisciplinary research
commercial space initiatives
technology transfer to industry
gptkbp:utilizes 3D printing technology
gptkbp:worksOn spacecraft systems integration