AOAS Technology for Low Earth Orbit

Concept architecture and target capabilities for capturing orbital debris and assembling satellite structures in low Earth orbit.

All specifications are targets subject to validation with partners and regulatory approval.

Spacecraft Architecture

Modular assembly units, orchestration software, and mission control interfaces designed for scalable operations in low Earth orbit.

Materials Processing

Researching feedstock preparation, inspection, and conversion workflows for future in-orbit manufacturing.

Robotic Assembly in Orbit

Concept designs for multi-axis manipulators, end-effectors, and precision joining workflows specified for vacuum, microgravity, and the thermal cycling of low Earth orbit.

Power and Thermal

Target power architecture built around scalable solar arrays, battery storage, and thermal management.

Operations and Autonomy

Phased autonomy from supervised operations to higher autonomy as verification milestones are met.

Data, Safety, and Compliance

Mission data pipelines, safety constraints, and compliance planning to meet international standards.

Concept Visualization · In Development

Concept Visualization

Illustrative model representing a target orbital assembly module.

AOAS concept model • Drag to rotate

Orbital robotic manipulatorsDebris capture interfaceOrbital factory concept

Close concept render of the AOAS robotic arm manipulating a structure in low Earth orbit

Autonomous Assembly in Orbit

Close concept render of the AOAS capture interface docking with an orbital debris object

Robotic Assembly in Orbit

Concept render of AOAS laser processing, turning captured orbital debris into manufacturing feedstock

Materials Processing (R&D)

Interactive web model exported from the AOAS Blender scene. All hardware remains illustrative and subject to engineering validation.

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