Directorate of Human & Robotics Exploration Flashcards
Human & Robotics Exploration Directorate’s tasks:
Oversees
- all of ESA’s human spaceflight activities,
- as well as robotic exploration missions to the Moon,
- Mars and beyond
What is the main goal of ESA’s Human & Robotic Exploration programme?
-Enable human spaceflight and robotic missions…
… to expand our knowledge of Earth, the solar system, and the universe, and …
… to foster sustainable exploration capabilities
What role does ESA play in the International Space Station?
- contributes modules like Columbus,
- participates in scientific experiments, and
- sends European astronauts for various missions.
What are the components of the ExoMars Programme?
The programme includes the
- Trace Gas Orbiter (analyse trace gases in atmosphere which could give hints regarding biological activity ob Mars) and the
- planned Rosalind Franklin rover (search for organic material, drilling 2 meters deep, analysis in rover)
- aimed at finding signs of past life on Mars.
What is ESA’s role in the Artemis program?
The Artemis programme shall re-establish human presence on the moon and establish a permanent base in the long run.
- developing the European Service Module (ESM) for NASA’s Orion spacecraft to support missions around and to the Moon, and
- contributing to the Lunar Gateway.
What is the objective of the Mars Sample Return mission involving ESA?
To collaborate with NASA to return samples from Mars to Earth, involving multiple launches and the first rocket launch from Mars’ surface.
What future missions are planned under ESA’s exploration programme?
- more advanced Mars missions,
- lunar surface explorations with international partners,
- and potentially human missions to Mars.
What are the four corner stones of Human and Robotic explorations?
CS 1: Human in Low Earth Orbit
- Extend ISS operation until 2030
- Promote commercial exploration services
- Prepare Europe’s access to Earth Orbit beyond the ISS
CS 2: Humans Beyond LEO
- Delivery of six European Service Modules which are crucial to bring astronauts to the Moon (provide life support and control functions)
- Help build 1st research station in lunar orbit (Gateway, contributing 3 key elements: habitate space, refuelling, telecommunication)
CS 3: Moon Robotic Exploration
- Build Argonaut Large Logistic Lander
- Land scientific payloads to search for water and other substances to understand the moon’s history and prepare sustainable exploration using present resources
CS 4: Mars Robotic Exploration
- Gas Orbiter gathers data
- Build new lander for ExoMars rover