This checklist is designed to be used alongside our FCC Regulations for CubeSat and SmallSat Operators in 2026, which provides a comprehensive overview of licensing frameworks, spectrum policy, and operational obligations under the FCC’s modernized satellite rules.
The checklist reflects the FCC’s post-Part-25 regulatory environment, the operational expectations of the Space Bureau, and emerging enforcement priorities relevant to non-geostationary satellite missions.
It is structured chronologically across the mission lifecycle, recognizing that FCC compliance in 2026 is no longer a one-time licensing event, but an ongoing operational obligation.
1. Mission Classification and Regulatory Scope
Before any technical filings begin, operators must establish how the FCC will classify the mission. This classification determines the applicable licensing pathway, disclosure depth, and post-authorization obligations.
Confirm whether the mission qualifies as a CubeSat, SmallSat, hosted payload, experimental system, or NGSO constellation element under FCC definitions. Determine whether operations fall exclusively under FCC jurisdiction or trigger coordination with NTIA, NOAA, or other federal bodies. Assess whether the mission will operate solely under Part 100 or require transitional references to Part 25 due to legacy elements or amendments.
Failure to correctly scope the mission at this stage is one of the most common causes of downstream delays and Requests for Additional Information.
2. Spectrum Strategy and Frequency Planning
Spectrum planning must be completed before filing, not after authorization. The FCC increasingly evaluates applications based on demonstrated spectrum discipline rather than assumed coexistence.
Identify all uplink, downlink, and inter-satellite frequency bands, including contingency modes. Confirm allocation status under the U.S. Table of Frequency Allocations and assess whether shared or secondary use applies. Perform preliminary interference and power flux density analysis consistent with FCC expectations for the relevant band. Document antenna patterns, duty cycles, and operational scenarios that could create interference risks.
Spectrum assumptions must remain consistent across all application exhibits. Inconsistencies between technical attachments are a frequent source of FCC scrutiny.
3. Licensing Application Preparation (Part 100)
Under the Part 100 framework, applications are increasingly evaluated as structured technical datasets rather than narrative explanations.
Prepare complete system descriptions including spacecraft architecture, payload functionality, and command-and-control mechanisms. Define orbital parameters with sufficient precision to support interference and safety analysis. Document expected operational timelines, including commissioning, nominal operations, and decommissioning. Ensure all disclosures are internally consistent across FCC forms, technical exhibits, and attachments.
Operators should assume that reviewers will cross-check data fields rather than infer intent from descriptive text.
4. Orbital Safety and Debris Mitigation Compliance
Orbital safety is now a central licensing criterion, not a secondary consideration. The FCC expects measurable, verifiable debris mitigation plans.
Demonstrate compliance with post-mission disposal timelines, including propulsion or passive decay mechanisms. Quantify collision risk where applicable and describe conjunction assessment capabilities. Identify fail-safe behaviors in the event of loss of command. Confirm alignment with both FCC orbital debris rules and evolving international best practices.
Incomplete or aspirational debris mitigation language is increasingly rejected in favor of quantified, testable plans.
5. Ground Segment and Operations Disclosure
The FCC’s compliance view now extends beyond the spacecraft itself to include the operational ecosystem supporting it.
Identify all ground stations used for command, telemetry, and data transmission, including third-party providers. Confirm licensing status of ground facilities and consistency with proposed spectrum usage. Describe operational control procedures, handover scenarios, and emergency protocols. Ensure that ground segment assumptions match those used in interference and safety analyses.
Changes to the ground segment post-authorization may require modification filings and should be tracked carefully.
6. Grant Conditions Review and Acceptance
FCC authorizations increasingly include mission-specific conditions that extend beyond standard rule compliance.
Review all grant conditions immediately upon issuance. Identify operational constraints, reporting triggers, and time-bound obligations. Assign internal ownership for each condition and integrate them into operational planning. Confirm that mission timelines align with authorization validity periods and milestone requirements.
Grant conditions are enforceable obligations, not advisory language.
7. Pre-Launch Compliance Verification
Prior to launch, operators must ensure that the authorized mission configuration matches reality.
Verify that spacecraft hardware, software, and operational modes align with licensed parameters. Confirm that any material changes have been disclosed and approved through modification filings if required. Revalidate spectrum assumptions in light of final integration and test results. Ensure launch provider interfaces do not introduce unauthorized operational behaviors.
Launching under an outdated or inaccurate authorization exposes operators to enforcement risk.
8. Post-Launch Operations and Ongoing Compliance
In 2026, FCC compliance continues throughout the operational life of the mission.
Maintain accurate ephemeris and operational records. Monitor spectrum usage to ensure continued compliance with authorized parameters. Track any anomalies that could affect interference risk or orbital safety. File required notifications, reports, or amendments in a timely manner when operational changes occur.
The FCC increasingly expects operators to demonstrate active compliance monitoring, not passive adherence.
9. End-of-Life Execution and Reporting
Mission completion does not end FCC obligations.
Execute post-mission disposal in accordance with licensed commitments. Document deorbit or passivation actions and retain supporting telemetry. File required notifications confirming mission termination and disposal completion. Preserve records in case of post-mission review or inquiry.
End-of-life compliance is a growing focus area for regulators as orbital congestion increases.
10. Compliance Recordkeeping and Audit Readiness
The FCC’s enforcement posture is evolving toward traceability and accountability.
Maintain centralized records of licenses, amendments, technical assumptions, grant conditions, and operational data. Ensure that compliance decisions can be reconstructed after the fact. Prepare to respond to FCC inquiries with evidence rather than narrative explanations.
Operators who can demonstrate structured compliance management are better positioned during reviews, renewals, and future filings.
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