LAUNCH LOGS

Starship test flights, Falcon 9 missions, and cargo deliveries

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C:\MOON\LAUNCHES> query --logs

STARSHIP TEST FLIGHTS: 8 completed

TANKER DEPOT FLIGHTS: 12 planned

TOTAL LUNAR PAYLOAD CAPACITY: ~600 tonnes

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// LAUNCH_REGISTRY.DAT

PERIODMISSIONDETAILSCOST
2024-2025Starship IFT SeriesIntegrated test flights 5-8, orbital insertion achieved IFT-7$2B+
2025-2026Tanker Depot Fills12 tanker flights to fill LEO propellant depot for HLS$600M
2026-Q1Cargo Precursor C1-C3Uncrewed Starship deliveries: rovers, ISRU pilot, solar arrays$1.2B
2026-Q3Artemis V CrewedFirst crewed Starship HLS landing at Shackleton Crater rim$4B+
2027Cargo Delivery C4-C6Habitat modules, power grid, regolith processing equipment$1.8B
2024-2026Falcon 9 SupportGateway module deliveries, comm relay satellites, crew Dragon to Gateway$900M
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// LAUNCH_ARCHITECTURE.TXT

The lunar settlement depends on Starship achieving rapid reusability and high flight cadence. Each crewed lunar mission requires 8-12 tanker flights to fill the orbital propellant depot before a single Starship HLS can depart for the Moon.

Falcon 9 continues to serve as the workhorse for Gateway module deliveries, communication relay satellite deployment, and crew rotation via Dragon capsules to the lunar Gateway station in near-rectilinear halo orbit.

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// KEY_MILESTONES.DAT

Starship IFT-5: First booster catch

Mechazilla chopstick catch demonstrated full booster reusability

Starship IFT-7: Full orbital insertion

Complete orbital mission with payload deployment and controlled reentry

First orbital refueling demo

Ship-to-ship propellant transfer validated in LEO, critical for lunar missions

Starship HLS uncrewed lunar landing

Autonomous landing at Shackleton Crater, surface systems checkout

Artemis V crewed landing

First humans at lunar south pole, 7-day surface stay, ISRU activation

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// CADENCE_REQUIREMENTS.TXT

Sustaining a permanent lunar settlement requires an unprecedented launch cadence. SpaceX targets 7-day pad turnaround for Starship tankers and monthly cargo deliveries to the lunar surface. Failure to achieve this cadence is the single greatest schedule risk to the entire program.

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C:\MOON\LAUNCHES>