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SpaceX Working through Starship Issues before launch · Elon Musk Podcast

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  Welcome back, everybody. Now, today's episode is going to
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  be about Space XS Starship, because the thing might launch
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  in the next week, according to some insider sources.
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  But the FAA safety review of Space XS Starship marked a
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  significant milestone for the aerospace company.
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  Just recently, and after the explosive test flight in April,
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  the FAA grounded Starship to conduct a thorough
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  investigation. And this review was not just a
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  procedural step, but a deep dive into the technical and
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  operational nuances of Spacex's Starship Super Heavy.
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  And the FAA evaluated the Super Heavy booster's performance,
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  specifically focusing on the unexpected rock tornado and the
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  subsequent damage to the surrounding environment.
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  A SpaceX commitment to safety was put to the test as a review
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  scrutinized the mishaps causes and examine the company's safety
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  culture, the system safety processes, and the quantitative
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  risk analysis for launch and re entry operations.
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  Now in response to the FA as finding SpaceX undertook an
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  intensive period of reflection and revision.
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  The grounding period served as an impetus for the company to
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  pour over every detail of their operations, leading to the
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  identification of 63 corrective measures required before
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  Starship could return to the skies.
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  These actions were not merely reactive patches to the
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  identified issues, but proactive steps towards ensuring A safer
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  and more reliable launch system altogether, and the changes
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  including redesigns to prevent leaks and fires, robustness
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  improvements to the launchpad and enhancement design process
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  reviews and the company adherence to these stringent
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  requirements underscores its dedication to advancing space
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  technology within the bounds of regulatory compliance and
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  operational safety. Now Spacex's transparent
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  approach to addressing the FAA safety concerns reflects the
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  company's maturity and the growing expertise in space site
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  and the redesigns, particularly of the vehicle hardware in the
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  launchpad aim to fortify Starship against the raw power
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  of the 33 Raptor engines. Now these engines, while a
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  marvel of engineering, unleashed a force that was previously
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  underestimated, prompting a re evaluation of the vehicle's
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  design and the launch infrastructure.
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  That Spacex's approach to revising its design process,
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  including more rigorous analysis and testing of safety critical
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  systems like the Autonomous Flight Safety system,
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  demonstrates A commitment to improvement and learning from
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  these experiences and look into the future.
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  The FAA safety review completion is more than just a checkbox for
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  SpaceX. It's an affirmation of the
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  company's ability to innovate within the stringent demands of
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  aerospace safety standards. In the successful implementation
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  of the FAA's prescribed correction actions signifies not
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  only a step closer to Starship's return to flight, but also a
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  precedent for the safety protocols for the future
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  missions of space. The environmental review process
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  for Spacex's Starship is as crucial as the technical safety
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  reviews. The US Fish and Wildlife
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  Services Environmental Assessment is a comprehensive
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  examination of starship's potential impacts on local
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  habitat, which is home to a variety of species, including
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  some that are endangered. And this review takes into
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  account not only the immediate effects of a launch, like
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  potential habitat disruption and noise pollution, but also long
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  term considerations such as the impact of construction and
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  increased human activity around the Boca Chica site.
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  The introduction of the Deluge System is one of the many steps
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  that SpaceX has taken to mitigate the environmental
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  impacts of the systems. Now, this system, which sprays
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  vast quantities of water to absorb the shock in the noise of
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  the Raptor engines at launch, represents a significant
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  engineering effort to protect the local ecosystem.
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  However, the solution is not without its challenges.
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  The water used in the system, now exposed to extreme heat and
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  potentially hazardous materials, poses a risk to the wetland
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  habitats around the launch site. State and federal environmental
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  officials are thus closely examining the system's
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  effectiveness, its potential to harm the delicate ecological
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  balance of this region. And in addition to the
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  environmental review by the US Fish and Wildlife Service,
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  SpaceX must also navigate the complexities of multiple
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  regulatory bodies, and the ongoing collaboration with local
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  and federal agencies reflects Spacex's understanding of the
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  importance of environmental stewardship.
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  The company's efforts to clean up debris from the April launch
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  in the continuous communication with the Texas Parks and
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  Wildlife Department illustrate an ongoing commitment to not
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  only comply with environmental regulations, but also to be a
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  good steward of the natural resources that surround the star
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  based facility. Now, the environmental
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  assessments outcome will play a huge role in Starship's future.
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  If the US Fish and Wildlife Services review concludes
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  positively, it'll mark another step forward for SpaceX.
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  However, should it identify further concerns, SpaceX will be
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  required to undertake additional measures to safeguard the
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  environment. The aftermath of the April test
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  flights incident has been a period of intense scrutiny and
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  overhaul for SpaceX 2. The explosive failure during the
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  test, which resulted in debris being scattered over a wide area
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  and causing fires, necessitated A comprehensive review of the
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  Starship and all of the ground systems in the FAA's
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  investigation brought to light several root causes, including
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  issues with the flight termination system that resulted
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  in a delayed explosion. The 42nd delay in the
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  termination sequence in particular pointed to potential
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  vulnerabilities in the system that could pose risks not only
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  to the Starship and a super heavy, but also to the public
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  safety during future flights. Spacex's response to the FAA's
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  review was swift and thorough. The corrective actions
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  identified spanned a wide range of improvements, from hardware
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  designs to the implementation of more rigorous testing protocols,
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  and one of the key areas of focus was on the launchpad
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  itself. The sheer power of the
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  Starship's 33 Raptor engines had not been fully anticipated,
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  resulting in the pad surface being absolutely obliterated,
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  and Spacex's design aims to increase the launchpad's
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  robustness, ensuring it can withstand the tremendous forces
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  of future launches. And the corrective actions also
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  extended to the Starship's process.
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  The FAA called for more in depth reviews and analysis of safety
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  critical systems. This included the Autonomous
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  Flight Safety System, which is crucial for ensuring that the
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  vehicle can be terminated safely in the event of an anomaly
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  during flight. The corrective action is
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  dictated by The FAA formed a comprehensive checklist for
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  SpaceX to address the issues observed during the April
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  launch. These included fundamental
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  redesigns of the vehicle's hardware, particularly those
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  elements that could leak or potentially cause fires.
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  A significant portion of these modifications focused on
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  ensuring that all systems are robust against the extreme
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  conditions of spaceflight, such as the thermal and pressure
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  stresses experienced during the launch and RE entry.
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  Furthermore, the company was mandated to overhaul this
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  launchpad critical infrastructure that supports the
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  vehicle before and during the early stages of ascent, and this
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  redesign aimed to increase the pads resilience against the
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  formidable thrust produced by the Super heavy boosters Raptor
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  engines. In addition to the physical
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  improvements to the hardware and infrastructure, SpaceX was
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  prompted to enhance its design review process.
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  This change was not merely procedural, it represented A
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  fundamental shift towards a more cautious and thorough approach
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  to vehicle safety. The company increased its
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  analysis and testing of all safety critical systems,
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  including those responsible for autonomous flight termination.
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  Change control practices were also a significant area of focus
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  in the corrective action plan. SpaceX implemented additional
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  measures to ensure that all changes to the vehicle or
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  systems, no matter how minor or thoroughly vetted and tested
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  before being approved. This level of meticulousness in
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  change management is vital in any industry where even the
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  smallest oversight can lead to catastrophic outcomes.
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  The changes aim to establish a culture where continuous
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  improvement is balanced with stringent control and oversight.
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  And the launchpad redesign reflects Spacex's dedication not
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  just to the Super heavy goals of getting to Mars, but it's also
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  the safety concern that they're worried about.
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  And by increasing the robustness of the launchpad and refining
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  the safety measures for the Starship vehicle, SpaceX is
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  laying the groundwork for a more resilient star base
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  infrastructure in the future. These efforts, while prompted by
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  a pass failure are forward-looking and are expected
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  to form the foundation of safer, more reliable and increasingly
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  ambitious star based action in the future.
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  Now I want to say thank you so much for listening to the show
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  today. If you like this episode, please
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  hit the like, follow or subscribe button on whatever
• 8:45
  platform you're on right now. I appreciate it.
• 8:47
  We're growing tremendously because of you and you are
• 8:50
  joining this community and because you believe in our
• 8:53
  mission here. So thank you so much for that
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  and please take care of yourselves and each other and I
• 9:00
  will see you tomorrow.