ATRC Overview

Open infrastructure notice
ATRC (Atmospheric and Terrestrial Resource Collection) describes open, non-patented methods for acquiring bulk material from planetary surfaces and atmospheres, preparing it for launch, and delivering it to orbit. These concepts are intentionally published for unrestricted use by space agencies and commercial operators.

Intellectual property boundary
Downstream orbital accumulation and construction methods described alongside ATRC are likewise presented as open infrastructure built on ATRC-supplied mass. The SLPA propulsion architecture, including regenerative thermal cores and associated multi-mode propulsion systems, is protected under active patent filings and is offered separately under license.

ATRC focuses on the upstream problem of mass availability: how large quantities of material are sourced, processed into launchable form, and delivered to orbit at low marginal cost. Once bulk mass is available in orbit, a wide range of logistics, construction, and industrial activities become feasible.

What ATRC covers (open)

Atmospheric resource collection (e.g. CO₂, N₂, trace gases).
Terrestrial and planetary surface resource collection (regolith, ice, bulk minerals).
Preparation of bulk material into launchable forms (shot, pellets, containers).
Surface-to-orbit mass launch systems (e.g. EMU / mass-driver class launchers).
Delivery of bulk mass to defined orbital intercept corridors.

What follows from ATRC

ATRC does not prescribe how material is used once in orbit. Instead, it enables downstream activities such as:

Orbital capture and accumulation of bulk mass.
Construction of depots, shielding, and structural mass.
Incremental growth of refueling and manufacturing infrastructure.
Development of high-throughput in-space logistics.

These downstream activities are presented as open, non-proprietary infrastructure intended to reduce program risk and encourage broad participation.

Relationship to SLPA

As orbital mass accumulates and infrastructure grows, propulsion systems capable of applying repeated impulse, operating independent of sunlight, and refueling locally become increasingly valuable.

SLPA propulsion systems naturally address this regime but are not required to implement ATRC. This separation allows ATRC to function as open terrain, while SLPA provides a licensable industrial capability layered on top of mature infrastructure.