Teleoperation support for early human planetary missions.

Area of Science:

• Space exploration
• Planetary science
• Robotics and automation

Background:

• Renewed global interest in human space exploration, focusing on Moon bases and Mars missions.
• Initiatives are underway to define scenarios, infrastructure, and technological innovations for expanding human presence beyond Earth.

Purpose of the Study:

• To outline the multistep strategy for planetary exploration, from robotic precursors to human surface infrastructure.
• To identify key technologies and human factors essential for long-duration space missions.

Main Methods:

• A phased approach involving precursor robotic missions for site selection and knowledge acquisition.
• Development of surface infrastructure and technologies to support human presence.
• Integration of space technologies (transportation, robotics, communication) and human factors (physiology, psychology).

Main Results:

• Planetary exploration necessitates a range of technologies, including transportation, robotics, and deep space communication.
• Human-specific challenges such as physiology, psychology, and nutrition are critical for long-duration missions.
• Rovers and trucks with robust autonomy and teleoperated support are vital for surface operations.

Conclusions:

• Successful human exploration of the Moon and Mars depends on a comprehensive strategy encompassing robotic precursors, advanced technologies, and human-specific support systems.
• Autonomous and teleoperated rovers are essential for infrastructure development and in-situ exploration.
• Addressing both technological and human factors is key to expanding human presence in space.