All Planetary Infrastructure

The modular design of this administrative structure allows it to be deployed piecemeal from orbit, then manually assembled on the surface by MTACs and engineering personnel. Supported by self-regulating pylons that follow the contours of indigenous terrain, the facility can accommodate almost any severity of incline or other non-critical geological hazard. Once active, it serves as both a central command post to coordinate the activity of all other nodes and a basic transportation site for getting commodities off world using standard, vertically launched rockets.

A rigid scaffold equipped with stabilizing thrusters and microgravity fabrication facilities, this gantry is designed for the erection of large, stationary structures in the orbit of planetary bodies. This model provides the skeleton for an orbital Customs Office. Note: In an effort to reduce waste, the gantry will be consumed during construction and its materials will be incorporated into the new structure.

Maintaining control over a section of “territory” above a gas giant requires a very specific type of command facility, one that is able to maintain its own orbit, house administrative personnel, and easily communicate and interact with other nodes. Suspended with equilibrium technology, these nodes are able to maintain altitude with minimal upkeep. If there is one major advantage to colonizing gas giant planets, it is that these facilities can literally be dropped directly from orbit with almost no concern for their descent or deployment.

This command structure is designed to survive in the harshest planetary environments the universe can offer. The superstructure uses a combination of titanium-steel reinforcement, increasing its overall resilience, and counter-harmonic stabilizers, which keep it level and secure regardless of geological conditions or activity. The entire facility is covered by a skin of adaptive plating originally designed for terraforming platforms, a protective barrier that insulates it from the surrounding environment. Visitors can expect a prolonged and immodest decontamination and pressurization process when first arriving at the command structure. Valuable materials are lifted off world by a bulk payload, reusable rocket, the scattered components of which are retrieved by cargo drones.

This command structure is designed to survive in the harshest planetary environments the universe can offer. The superstructure uses a combination of titanium-steel reinforcement, increasing its overall resilience, and counter-harmonic stabilizers, which keep it level and secure regardless of geological conditions or activity. The entire facility is covered by a skin of adaptive plating originally designed for terraforming platforms, a protective barrier that insulates it from the surrounding environment. Visitors can expect a prolonged and immodest decontamination and pressurization process when first arriving at the command structure. Valuable materials are lifted off world by a bulk payload, reusable rocket, the scattered components of which are retrieved by cargo drones.

Several interconnected underwater buildings comprise the oceanic command center, which serves as the nervous system for node structures built on water worlds. Built on the ocean floor, this facility includes a thick umbilical that connects it to a communications pod floating on the surface, through which all interplanetary transmissions are sent and received. It also houses a basic two-stage pressurized rocket tube for getting people and cargo to the surface and thence off world into orbit.

This command structure is designed to survive in the harshest planetary environments the universe can offer. The superstructure uses a combination of titanium-steel reinforcement, increasing its overall resilience, and counter-harmonic stabilizers, which keep it level and secure regardless of geological conditions or activity. The entire facility is covered by a skin of adaptive plating originally designed for terraforming platforms, a protective barrier that insulates it from the surrounding environment. Visitors can expect a prolonged and immodest decontamination and pressurization process when first arriving at the command structure. Valuable materials are lifted off world by a bulk payload, reusable rocket, the scattered components of which are retrieved by cargo drones.

This command structure is designed to survive in the harshest planetary environments the universe can offer. The superstructure uses a combination of titanium-steel reinforcement, increasing its overall resilience, and counter-harmonic stabilizers, which keep it level and secure regardless of geological conditions or activity. The entire facility is covered by a skin of adaptive plating originally designed for terraforming platforms, a protective barrier that insulates it from the surrounding environment. Visitors can expect a prolonged and immodest decontamination and pressurization process when first arriving at the command structure. Valuable materials are lifted off world by a bulk payload, reusable rocket, the scattered components of which are retrieved by cargo drones.

The modular design of this administrative structure allows it to be deployed piecemeal from orbit, then manually assembled on the surface by MTACs and engineering personnel. Supported by self-regulating pylons that follow the contours of indigenous terrain, the facility can accommodate almost any severity of incline or other non-critical geological hazard. Once active, it serves as both a central command post to coordinate the activity of all other nodes and a basic transportation site for getting commodities off world using standard, vertically launched rockets.