Pound stakes through habitat eyelets into planetary surface, manually using sliding hammer, to secure habitat to excavated foundation hole.
Pound stakes through sample storage module eyelets into planetary surface, manually using sliding hammer, to secure module to excavated foundation hole.
Retrieve solar panels/transformer from storage and carry to designated location near surface habitat, with two other crew members while wearing surface EVA suit.
Pound stakes through greenhouse module eyelets into planetary surface, manually using sliding hammer, to secure module to excavated foundation hole.
Connect pwr cables to connectors on power distribution bus/surface habitat, manually while wearing surface EVA suit, to switch from battery to external power source.
Activate controls, manually while wearing surface EVA suit, to switch from MEV/habitat battery to external power source.
Connect cables/plumbing from pre-positioned thermal control system to MEV/surface habitat, manually while wearing surface EVA suit, to enable heat radiation.
Activate controls, manually while wearing surface EVA suit, to initiate pre-positioned thermal control system.
Retrieve surface antenna, supports, and cables from storage and manually carry to designated location near habitat while wearing surface EVA suit.
Deploy surface antenna and attach cable connectors to antenna and habitat, manually with one other crew member while wearing surface EVA suits.
Adjust antenna, using hand tools and mobile data display while wearing surface EVA suit, to optimize communications between habitat and Earth stations.
Deploy and secure solar panels, manually using hand tools with two other crew members while wearing surface EVA suits.
Attach cables to solar panels, transformer, and surface habitat, manually with two other crew members while wearing surface EVA suit, to enable charging of batteries.
Adjust solar-tracking mechanism on solar panel system, manually while wearing surface EVA suit, to achieve optimal solar cell performance.
Attach cables to solar panels, transformer, and greenhouse, manually with two other crew members while wearing surface EVA suit, to provide power to greenhouse.
Retrieve Radiation Assessment Detector (RAD) from storage, manually while wearing surface EVA suit, and deploy in vicinity of surface habitat.
Connect power cable connectors from Radiation Assessment Detector (RAD) to power source, manually while wearing surface EVA suit, to activate system.
Retrieve weather monitoring equipment/station from storage, manually while wearing surface EVA suit, and carry to suitable location near surface habitat.
Connect power cable connectors from weather monitoring station to power source, manually while wearing surface EVA suit, to activate system.
Deploy inflatable structure, manually, with two other crew members, while wearing surface EVA suit.
Deploy surface atmosphere mining system manually with one other crew member, while wearing surface EVA suit, to begin O2/H extraction/storage.
Inspect vicinity of surface habitat, visually with the aid of photos and maps, to identify appropriate location to drill H2O well.
Install H2O sublimation system manually with one other crew member, while wearing surface EVA suit, to begin H2O extraction/storage.
Connect power cable connectors from H2O sublimation system to power source, manually while wearing surface EVA suit, with the help of one other crew member.
Remove accumulated dust from solar panels, manually while wearing surface EVA suit, to maintain optimal solar cell performance.