A Fundamental Division of Roles
The lunar surface is hostile to unprotected humans: vacuum, radiation, extreme temperatures. Each extravehicular activity (EVA) represents a considerable risk and cost. The robot, insensitive to these conditions, can operate on the surface for extended periods, without vital risk, without the need for pressurisation or complex thermal protection.
The complementarity is therefore structural: the robot performs specific tasks in hostile environments — ore extraction, external maintenance, construction, transport — while man handles programme reconfiguration, decision-making in the face of the unexpected, creativity and control. This division of labour directly determines the spatial organisation of the base.
Consequences on the Plan
The organisation into distinct sectors responds directly to this logic: the industrial production and extraction zones, accessible to robots, are separated from the living and intellectual work zones reserved for humans. The interfaces between these two worlds — robotic maintenance workshops, transfer airlocks, programming zones — constitute specific architectural spaces, halfway between factory and laboratory.
Circulation is also dual: low technical galleries for autonomous robots, pressurised habitable corridors for humans, with carefully designed crossing points to minimise the risks of accidental depressurisation.
The Robotics Horizon in 1993
In 1993, space robotics is in its operational infancy. The teleoperated robots of the shuttle's Canadian arm, the Soviet Lunakhod vehicles, the first experiments in autonomous manipulation — all of this sketches a promising but still limited horizon. The project anticipates significantly increased robotic capabilities for the envisioned implementation period (2004-2020).
This architectural bet on robotics proves today fully justified: Martian rovers, additive construction robots tested by NASA and ESA for lunar construction, confirm that this Man/Robot complementarity is indeed the operational paradigm of 21st-century space exploration.
"Robot D2-R2 cultivates the greenhouses, builds the embankments, extracts the ore. Man programmes, decides, creates. This synergy is the key to lunar autonomy."
Croquis de recherche
The pressurised entry corridor: first decompression space, passage between two worlds.