Document/Purpose Traceability (Upstream /Downstream) Documents Upstream: Downstream: Status pre-DRAFT Baseline Version/Date | Current Version Not yet established | v0.1 01 Sep 2026 Last Updated 18 Sep 2026 Owner / Lead Sanjay Chadha Contributors Reviewers Scope/Out-Of-Scope Scope: Out-of-Scope: Auto-IOS (In-Orbit Servicing)…
Document/Purpose Defines the operational concept of the AUTO-IOS mission including mission context, actors, operational contexts, system actors, their interactions, and OPCON stages. Traceability (Upstream /Downstream) Documents Upstream: Mission Context, Stakeholder Requirements Downstream: Mission Requirements (note), System Requirements Status DRAFT Baseline…
Document/Purpose Mission requirements, users and stakeholders needs and documents their needs/requirements to enable an autonomous IOS system. Reference: https://sebokwiki.org/wiki/Stakeholder_Needs_and_Requirements_(glossary) Traceability (Upstream /Downstream) Documents Upstream: Mission Context Downstream: Mission Requirements, CONOPS Status DRAFT Baseline Version/Date | Current Version Not yet established…
Document/Purpose Mission Business Analysis for Automated In-Orbit Servicing Traceability (Upstream /Downstream) Documents Upstream: None Downstream: Mission Context, Stakeholder Needs, Mission Requirements Status DRAFT Baseline Version/Date | Current Version Not yet established | v0.1 01 Sep 2026 Last Updated 14 Sep…
This document extends IOR Systems Engineering to create and support AUTONOMOUS IOS behavior, hence the extension is in two parts supporting In-Orbit Servicing other than IOR and delivering In-Orbit Servicing autonomously.
1 IOR Ecosystem Objective 1.1 Assumptions 2 Business of IOR 2.1 In-Orbit Refueling vs Refueling a Car 2.2 Benefits of Interoperability in IOR 2.3 Space In-Orbit Refueling Market – Financial projections 3 IOR Refueling Technologies 3.1 In-Orbit Refueling Core Technologies…
1.2.1.1 IRD:CS-CS-1: Inter-Spacecraft Interfaces
1.2.1 Interface Requirements Documents 1.2.1.1 Inter-Spacecraft Interfaces
Propellants Electric Propulsion Propellants (Noble Gases) Primary propellants: Xenon Krypton Why? Used by almost all modern LEO constellations Increasingly used in GEO satellites Very high efficiency (high Isp) Ideal for orbit raising + station keeping Compatible with all-electric satellite platforms…
Terms and Conditions Project Artifacts & Structure: Confluence and Jira are the source of truth. Web pages manage the review process. Contributor: Two contributors assist in Confluence/Jira updates based on their systems engineering and space project experience, and based on…