Orbital Capture Technology
How SingularOrbit's Orbital Capture Vehicle (OCV) powers SatRAS™ autonomous proximity operations, non-contact encapsulation, and thermally shielded Earth return. Our Phase III vehicle, the SingularOrbit VULCANEER™ will be a shuttle-like lander capable of reuse in days, not months. While smaller than the former United States Space Shuttle Orbiters, the VULCANEER™ will have a larger payload capacity and longer on-orbit capabilities.
The Orbital Capture Vehicle (OCV)
SingularOrbit's Orbital Capture Vehicle (OCV) is the flight hardware backbone of our SatRAS™ (Satellite Return Active Systems) division. Validated through two precursor orbital demonstration flights, the OCV is engineered to intercept, inspect, capture, and return uncooperative or end-of-life spacecraft across LEO, MEO, and GEO.
Once on station, the OCV maneuvers into proximity, performs multi-spectral optical and flash LIDAR mapping, matches the target satellite's residual tumble or spin rate, and encapsulates the payload within a stabilized, shock-isolated return bay—without applying mechanical grappling forces to delicate solar arrays, antennas, or optical instruments.
Following de-orbit burn and thermally protected atmospheric entry, the OCV deploys a multi-stage parafoil deceleration system for intact terrestrial or maritime recovery.
SatRAS™ Multi-Class Payload Integration
Unlike single-purpose de-orbit tugs that destroy satellites via atmospheric burn-up, the SatRAS™ OCV architecture scales across three modular capture bay configurations:
- Phase 1 Bay (CubeSat & Smallsat Class): High-cadence capture and intact return for orbital research capsules, in-space manufacturing payloads, and small tactical satellites.
- Phase 2 Bay (Medium-Class Constellation Bus): Configured for orbital life-extension servicing, anomaly diagnostics, modular avionics/optics harvesting, and full bus return.
- Phase 3 Bay (Heavy GEO & Defense Class): Deep-envelope capture and secure return or controlled relocation for high-value communications and national security reconnaissance platforms.
Autonomous Relative Navigation
Sensor-fusion guidance combining star trackers, thermal IR, optical cameras, and flash LIDAR to track uncooperative, non-transmitting targets in LEO, MEO, and GEO.
BAEMIS Shielding & Vault
Micrometeoroid and orbital debris (MMOD) shielding engineered with our proprietary BAEMIS hypervelocity impact software to protect captured payloads until re-entry.
SPASE Guided Recovery
Low-g atmospheric entry capsule and multi-stage deceleration canopy modeled with SPASE (Singular Parachute Aerodynamics Simulation Engineering) for soft, intact touchdown.
ITAR Compliance & Sovereign Data Security
Spacecraft proximity operations, autonomous orbital capture, and high-energy defense simulation technologies are strategic national security assets. SINGULARORBIT, LLC maintains an uncompromising commitment to the International Traffic in Arms Regulations (ITAR, 22 CFR Parts 120–130), ensuring that every stage of technical data exchange, simulation modeling, and archival storage is governed by strict U.S. export control processes and cryptographic safeguards.
Understanding ITAR & USML Jurisdiction
Administered by the U.S. Department of State’s Directorate of Defense Trade Controls (DDTC) pursuant to the Arms Export Control Act (AECA, 22 U.S.C. § 2778), the International Traffic in Arms Regulations (22 CFR Parts 120–130) govern the manufacture, development, export, and temporary import of defense articles, defense services (22 CFR § 120.11), and related technical data (22 CFR § 120.10) enumerated on the United States Munitions List (USML, 22 CFR § 121.1).
Because autonomous rendezvous and proximity operations (RPO), active on-orbit capture mechanisms, space situational awareness sensors, and atmospheric return vehicles carry direct dual-use and national defense implications, core elements of SINGULARORBIT’s flight and simulation architecture fall within strict regulatory purview:
- USML Category XV (22 CFR § 121.1) — Spacecraft and Related Articles: Explicitly controls spacecraft “specially designed” for autonomous proximity operations, non-cooperative grappling or capture, orbital servicing, and space-based terrestrial return, as well as associated telemetry, tracking, and control (TT&C) algorithms and ground control software.
- USML Category IV (22 CFR § 121.1) — Launch Vehicles, Ballistic Missiles & Re-Entry Systems: Covers atmospheric re-entry thermal protection profiles, de-orbit propulsion vectors, post-separation attitude control, and high-velocity ballistic/hypervelocity impact modeling utilized in BAEMIS and SPASE.
- EAR Companion Controls (15 CFR Parts 730–774): Commercial spacecraft items and sub-assemblies transitioned from the USML to the Commerce Control List (ECCN 9A515, 9B515, 9D515, and 9E515) are managed with equally rigorous export classification and licensing discipline under the Bureau of Industry and Security (BIS).
Safe & Compliant Data Exchange and Storage
At SINGULARORBIT, LLC, export compliance is engineered directly into our digital infrastructure, cleanroom workflows, and partner interfaces rather than treated as an administrative afterthought. Every CAD assembly, GNC (Guidance, Navigation & Control) algorithm, orbital ephemeris dataset, and SPASE / BAEMIS simulation package is protected from creation through archival under a comprehensive Technology Control Plan (TCP).
Our commitment to government agencies, defense prime contractors, and commercial satellite operators rests on four operational pillars:
- 100% U.S.-Sovereign Infrastructure: All ITAR-controlled technical data is hosted exclusively inside physically isolated, U.S.-domiciled data centers (AWS GovCloud / FedRAMP High & DoD SRG IL4/IL5 equivalent enclaves) administered solely by vetted U.S. Persons (22 CFR § 120.62).
- End-to-End Cryptographic Isolation: Technical data in transit and at rest is protected using FIPS 140-2 / FIPS 140-3 validated cryptographic modules in full satisfaction of the 22 CFR § 120.54(a)(5) end-to-end encryption standard, ensuring that third-party carriers or cloud providers never possess decryption keys or unencrypted access.
- Deemed Export Prevention: Strict physical and logical access boundaries prevent unauthorized disclosures (“deemed exports” under 22 CFR § 120.50) to foreign nationals within or outside the United States prior to explicit DDTC authorization.
- CUI & Defense Supply Chain Alignment: Our internal data handling environment aligns with NIST SP 800-171 Rev. 2/3, CMMC 2.0 Level 2, and DFARS 252.204-7012 for the safeguarding of Controlled Unclassified Information (CUI) and Covered Defense Information (CDI).
Encrypted Data Exchange & Sovereign Storage
Under current ITAR rules (22 CFR § 120.54(a)(5)), the transmission or storage of unclassified technical data is compliant only when secured via end-to-end encryption using cryptographic modules compliant with FIPS 140-2 or FIPS 140-3, supplemented by NIST-approved procedures. SINGULARORBIT enforces customer-managed, hardware security module (HSM) backed keys (AES-256-GCM at rest; TLS 1.3 with CNSA-aligned cipher suites in transit) so decryption keys never leave SINGULARORBIT U.S. Person custody.
U.S. Person Verification & Access Controls
Releasing or granting visual, oral, or electronic access to ITAR technical data to a foreign person in the United States constitutes a deemed export (22 CFR § 120.50). SINGULARORBIT enforces mandatory citizenship/permanent residency verification (22 CFR § 120.62), Role-Based Access Control (RBAC), FIDO2/PIV hardware multi-factor authentication, and segregated network enclaves before any engineer, partner, or contractor may view OCV, SatRAS™, SPASE, or BAEMIS technical repositories.
DDTC Licensing, TAAs & 5-Year Audit Trails
In accordance with 22 CFR Part 122 and 22 CFR § 122.5, SINGULARORBIT maintains immutable, tamper-evident audit logs of all technical data transfers, repository checkouts, and external engineering exchanges for a minimum statutory retention period of five (5) years. International joint ventures or allied payload recovery missions are executed strictly under DDTC-approved Technical Assistance Agreements (TAAs, 22 CFR Part 124) or DSP-5 / DSP-73 export licenses.
Requesting Encrypted Technical Briefings (U.S. Persons & Authorized Partners)
Public materials on singularorbit.space and deorbit.space are approved for public release pursuant to 22 CFR § 120.34 (Public Domain) and contain no export-controlled technical data. Detailed OCV interface control documents (ICDs), orbital capture telemetry, and SPASE / BAEMIS technical manuals are exchanged exclusively through our ITAR-compliant encrypted portal following U.S. Person verification and Mutual Non-Disclosure Agreement (MNDA) execution.