HarmonyFidelisHarmonyFidelis
Login
NewsMajor ProjectsActorsAcademy
Back to ecosystems
SpaceX — Starbase & Starship

SpaceX — Starbase & Starship

Tracking the Starship program: Starbase infrastructure, flight cadence, rocket variants and Raptor industrialization.

Dossier under review
View roadmapSources

AI-generated conceptual illustration — not experimental data.

How it worked

  1. Starbase (pads, towers, tanks, test stands)
  2. Super Heavy (Block 1/2 boosters)
  3. Starship V1/V2/V3 (vehicle architecture)
  4. Raptor 2/3 engines (sea level + vacuum)
  5. Ground chain: cryogenic GSE and turnover procedures
Launch infrastructure, two rocket stages and atmospheric re-entry, illustrated conceptually.
AI-generated conceptual illustration, not to scale: neither an observed event nor an exact engineering or medical diagram.
Resources & evidence

Purpose

Reach a reusable industrial loop (booster + ship), with orbital refueling and controlled return reliability.

Evidence & verification

Legacy reference: the routine has not yet audited its sources and dates.

Status, results & limitations

Current focus

  • Shortening the gap between two flight campaigns
  • Mastering return and recovery phases
  • Validating engine configurations per mission variant

Risks / constraints

  • Thermal complexity during reentry
  • Regulatory windows and test cadence
  • Dependence on the stability of the cryogenic supply chain

People & organisations

SpaceX

System design, engineering and development.

Role reference

NASA

Human Landing System programme and lunar mission requirements.

Role reference

FAA

Launch and re-entry licensing, including public safety review.

Role reference

Roadmap & legacy

These dates and stages come from the earlier dossier. They are not a verified delivery schedule; listed objectives do not establish completed results.

  1. 2023-2024

    Phase A — Integrated validation

    Legacy reference — to verify
    • Combined booster + ship tests validated
    • Starbase test architecture stabilized
    • Abort and safety procedures strengthened
  2. 2025-2026

    Phase B — Orbital cadence

    Legacy reference — to verify
    • Ramp-up of ground preparation cadence
    • Qualification of Starship V2/V3 variants
    • Repeatable partial recovery of the stages
  3. 2027+

    Phase C — Heavy operations

    Legacy reference — to verify
    • Routine orbital refueling
    • Multi-mission cadence per month
    • Full industrialization of the maintenance cycle

Resources & evidence

Starbase progress

State of critical infrastructure and turnover capacity between two campaigns.

  • Pad/tower availability per launch window
  • Purge, fill and post-test safing capacity
  • Average time to restore mission configuration

Rocket types and variants

Technical comparison of booster/ship variants by mission profile.

  • Booster versioning (structure + engines)
  • Starship V1/V2/V3 differences (mass, thermal, payload)
  • Sea-level/vacuum engine configs per flight objectives

System reliability

Measuring robustness of the ground chain + vehicle over complete sequences.

  • Rate of nominal sequences per campaign
  • Analysis of rollback/abort causes
  • Stability of post-flight procedures

Sources

Primary references for the organisations and technologies shown. They do not, by themselves, validate every claim or date in the inherited dossier.

  1. [S1] NASA’s Management of the Human Landing System Contracts (IG-26-004)

    NASA Office of Inspector General · Report

    Published on 2026-03-10 · Consulted on 2026-09-10

  2. [S2] Human Landing Systems

    NASA · Official technical documentation

    Consulted on 2026-09-10

  3. [S3] Licensing and Permitting Process — SpaceX Starship

    FAA · Official technical documentation

    Consulted on 2026-09-10

  4. [S4] SpaceX Starship-Super Heavy Project at Kennedy Space Center Launch Complex 39A

    FAA · Official technical documentation

    Consulted on 2026-09-10

Back to ecosystemsRelated domain