ALUNISSAGE : SPACEX et BLUE ORIGIN, QUI sera PRÊT le PREMIER ? - Le Journal de la Starbase #377

ALUNISSAGE : SPACEX et BLUE ORIGIN, QUI sera PRÊT le PREMIER ? - Le Journal de la Starbase #377

🎙 Mathias David 👥 393K 📅 July 4, 2026 ⏱ 17 min 👁 40K 📄 news review 🧭 2026-08-02
Available in: English (current) Français

Keywords

StarshipBlue OriginHLSArtemisLunar lander

Summary

This episode of ‘Le Journal de la Starbase’ provides an update on the progress of SpaceX and Blue Origin in the race to return humans to the Moon. The host, Mathias, begins by detailing the assembly process of the Super Heavy booster Block 3, explaining the sequence of sections, the integration of the methane transfer tube, and the installation of landing tanks. He then discusses a detail on the S40 Starship: three star-shaped protrusions above the heat shield tiles, which he hypothesizes are permanent crane attachment points, a design change to speed up assembly. The focus shifts to Blue Origin’s Blue Moon Mark 1 lander, which was seen in a NASA neutral buoyancy pool. The host analyzes the two airlocks, suggesting they provide redundancy and operational flexibility. He compares this to SpaceX’s Starship HLS, which has a different architecture with a cargo door and elevator. He notes that SpaceX has been quiet about its HLS progress, but mentions a mysterious structure at McGregor, Texas, possibly for HLS engine testing. Finally, he gives a brief update on the launch site, showing excavation work for a new flame trench at Pad A. The video concludes with a question to viewers: who will be ready first, the methodical tortoise (Blue Origin) or the discreet hare (SpaceX)?

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Critical Evaluation

The video offers a well-structured and informative update on the lunar lander race between SpaceX and Blue Origin. The host demonstrates a strong command of the technical details, particularly in the description of the Super Heavy booster assembly, which is based on the work of a space enthusiast and is presented with clarity. The analysis of the star-shaped protrusions on the S40 is speculative but clearly labeled as such, and the host acknowledges alternative explanations, which is commendable. The discussion of Blue Origin’s Blue Moon lander is grounded in recent photos and a NASA employee’s post, and the host provides a thoughtful rationale for the dual airlock design, though he admits it is partly speculative. The comparison with SpaceX’s HLS is useful, and the mention of the mysterious structure at McGregor adds an element of intrigue without overstating its significance. The video’s main strength is its ability to synthesize publicly available information and present it in an engaging manner. However, it relies heavily on speculation and unconfirmed reports, which limits its scientific rigor. The host does not always clearly distinguish between verified facts and hypotheses, though he often uses phrases like ‘hypothesis’ and ‘supposition.’ The sources cited are mostly YouTube channels and the host’s own website, which are not primary scientific sources. The video does not provide a balanced view of potential challenges or alternative perspectives, and it tends to be optimistic about the progress of both companies. Overall, the video is a valuable resource for space enthusiasts, but it should be consumed with an awareness of its speculative nature.

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Title / Content Match

The title accurately reflects the content, which focuses on the race between SpaceX and Blue Origin to land on the Moon.

Quality & Reliability

7/10

The video provides detailed technical analysis of SpaceX's Starship assembly and Blue Origin's lunar lander, based on publicly available photos and reports. It clearly distinguishes between confirmed facts and hypotheses, and cites sources such as NASA and SpaceX. However, some claims are speculative and lack official confirmation.

Chapters

Cited Sources

  • Creative Commons License — Music licensing for the video's soundtrack.
  • Le Journal de l'Espace Blog — The host's blog, providing additional articles and updates.
  • Listing of Questions and Answers — A PDF document listing questions and answers from subscribers, referenced in the video.
  • LinkedIn Profile of Quentin Leicht — The LinkedIn profile of the channel's founder, mentioned in the description.
  • Matt Lowne Films — A YouTube channel that may provide additional space-related content.
  • RGV Aerial Photography — A YouTube channel providing aerial footage of SpaceX facilities, likely used for the site tour.
  • Ryan Hansen Space — A YouTube channel covering spaceflight news, possibly referenced for updates.
  • Spaceflight Now — A YouTube channel providing live coverage and news of space launches.
  • Starship Gazer — A YouTube channel dedicated to observing and documenting Starship development.
  • What about it — A YouTube channel that provides detailed analysis of space industry developments.

Concurring Sources

  • NASA Artemis Program — Official NASA page for the Artemis program, which includes the HLS contracts with SpaceX and Blue Origin.
  • SpaceX Starship Updates — Official SpaceX page for Starship, providing technical details and updates.
  • Blue Origin Blue Moon — Official Blue Origin page for the Blue Moon lander, detailing its capabilities.

Dissenting Sources

  • No official confirmation of star-shaped protrusions — The video speculates that the star-shaped protrusions on S40 are permanent crane attachment points, but SpaceX has not confirmed this. Alternative explanations include sensors or Starlink antennas.
  • Uncertainty about McGregor structure — The video suggests the structure at McGregor may be for HLS engine testing, but this is unconfirmed and could be for other purposes.

Contribution & Novelties

The video provides a detailed, up-to-date overview of the lunar lander race, with specific insights into SpaceX’s assembly processes and Blue Origin’s testing activities. It highlights a potential design change in Starship’s heat shield attachment points and discusses the rationale behind Blue Origin’s dual airlock configuration. The video also notes a mysterious test structure at McGregor, suggesting possible HLS engine testing.

Pour aller plus loin :

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Radar Profile

The radar profile shows a balanced performance across all dimensions, with slightly higher scores in quantity of information and technical level, reflecting the video's detailed technical content. The lower score in reliability is due to the speculative nature of some claims.

Reliability 7/10