SCP-3321
Euclid
~
medium confidence
SCP-3321
Expected annual
$758.0M
One-time setup
$5.2B
Annual recurring
$698.0M
Personnel
22
Initial capital costs for new lunar infrastructure, relay/sensor satellites, disposable probe fleets and sample-return capability dominate one-time spending (~$5.24B); recurring annual costs are driven by lunar base operations, launches/propellant and program-level readiness/intel/cover operations (~$698M/yr).
One-Time Capital Costs
Total: $5.2B
Annual Recurring Costs
Total: $698.0M/yr
Cost Scenarios
📊
Baseline
(baseline)
$698.0M/yr
Normal, uneventful year with routine monitoring, operations, research and program-level readiness expenditure.
routine_resupply_and_launches
steady_research_activity
no major incidents
🚨
Minor Incident
$898.0M/yr
Localized loss of a probe or satellite, modest contamination event, or a single failed sample-return requiring one emergency launch and limited legal/PR costs.
probe_loss
satellite_failure
partial_sample_contamination
🚨
Major Breach
$2.7B/yr
Significant containment compromise or public exposure requiring multiple emergency launches, full rapid-response deployment, high legal settlements and large-scale cover operations.
public_leak_or_exposure
failed_sample_return_with_publicity
major_probe_or_asset_loss
Personnel
22 total
| Role | Count | Notes |
|---|---|---|
| Research Scientist | 6 | [#10] Senior physicists/astrochemists directly studying SCP-3321 and cosmic-foam analysis. |
| Astrochemist / Materials Scientist | 3 | [#10] Specialists for exotic-sample analysis and interpretation of GC-MS/other data. |
| Engineer / Maintenance | 4 | [#10] Engineers supporting lunar habitat systems, instruments, and probe integration. |
| Mission Controller / Flight Ops | 3 | [#10] Mission controllers for probe/satellite operations and coordination with lunar base. |
| Postdoc / Lab Technician | 6 | [#10] Technical support for laboratory workflows, sample handling and day-to-day experiments. |
Confidence Notes
Analyst notes provide detailed ranges for most line items but many costs (launch cadence, decisions on new infrastructure, frequency of sample-return missions and political/legal contingencies) are uncertain; therefore estimates are mid-range, not precise.