Space Et Amor

We do not justreach new worlds.We build them.

Mining. Construction. Infrastructure.
For the space economy.

Initiate expansion
Scroll to begin

Move to steerHold to charge

A dense belt of cratered asteroids drifting through deep space, lit by a single distant sun.

01Origin

The resource
frontier

Asteroids contain the raw materials required for a permanent off-world economy. Water for propellant, metals for structure, and the volatiles that make a supply chain beyond Earth possible at all.

Elemental composition, representative C-type body

Water ice
32.6%
Silicates
24.9%
Iron
24.1%
Nickel
16.3%
Platinum group
2.1%

02Probing

Probing

Probes are sent to different asteroids to identify the minerals and approximate their quantity for economically feasible extraction.

A robotic extraction lander anchored to an asteroid, drilling into regolith beside a cluster of sample canisters.

03Extract

Extract

Autonomous systems recover valuable resources with precision and minimal human exposure. Anchor, core, cut, and transfer, on bodies where a crew would be the most expensive part of the operation.

A lunar processing plant at night: distillation towers, storage vessels and conveyor lines under amber work lighting.

04Refine

Refine

Refineries transform raw material into usable components, propellant and structural feedstock. Sited where the mass already is, so nothing is lifted out of a gravity well twice.

Propellant

Hydrogen and oxygen, electrolysed from recovered ice

Structural feedstock

Rolled plate, beam stock and printer wire

Refined metals

Iron, nickel and platinum-group separates

A modular orbital station under construction above Earth, its pressurised cylinders, trusses and solar arrays catching hard sunlight.

05Construct

Construct

Modular orbital systems designed to grow, adapt and remain serviceable over decades. Every element arrives as a berth, not a monolith.

Berths
Pressurised, logistics and service
Design life
Thirty years, with module replacement
Servicing
Robotic, with crewed intervention
A lunar settlement of pressurised domes and utility pipelines, with an excavator working a spoil heap and Earth low on the horizon.

06Lunar

Lunar
infrastructure

Building the systems required for long-duration human and industrial activity on the Moon.

HabitatsPowerExcavationLogisticsCommunicationsThermal systems

07Resource systems

Lunar resource
systems

Autonomous excavation and processing designed for lunar dust, vacuum, radiation and extreme temperature cycles.

Surface temperature
Minus 173 to 127 °C
Solar day
29.5 Earth days
Ambient pressure
Hard vacuum
Regolith
Abrasive, electrostatically charged
A tracked excavator loading lunar regolith beside a wheeled hauler and a long conveyor run.
A propellant depot in lunar orbit with liquid hydrogen and liquid oxygen tanks, transfer arms and a docked deep-space vehicle above the Moon.

08Depot

Fuel the
next journey

Orbital propellant depots allow spacecraft to refuel beyond Earth and continue deeper into space. A vehicle that launches empty and fills up in orbit is a different vehicle entirely.

09Logistics

Interplanetary logistics

A permanent space economy depends on the reliable movement of material, fuel, equipment and people between distant nodes.

Earth, the Moon, Mars and a scatter of asteroids linked by thin transfer trajectories across deep space.
  • Lunar orbitRelay node
  • Main beltResource node
  • Outer beltResource node
  • Mars orbitOperations node
Earth's illuminated limb seen from orbit, city lights scattered across the night side below a solar array.

Earth was
the beginning.

Space Et Amor

Let’s build what comes next.

Build beyondExplore our vision