Have You Seen a Space Shuttle Lift-Off?

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In summary, the conversation discusses a video of a space shuttle lift-off and the question of what the bluish-whitish cone in the middle of the jets is and why it is there. It is revealed that the cone is hydrogen and oxygen burning and is from a fraction of a second after main engine startup. The conversation then moves on to discuss the different color of the cone compared to the rest of the jets and the fact that the solid rocket boosters do not burn hydrogen and oxygen. Finally, the conversation addresses the location of the solid rocket booster thrust jets in the video frame. The person asking the question then provides a link to a Wikipedia page about the Mach disk and expresses admiration for the blackbird engine.
  • #1
martix
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I've found this amazing footage of a space shuttle lift-off and I've got a question:
What is this bluish-whitish cone in the middle of the jets and why is it there?
(And holy cow, it's loud... even on video).
 

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  • #2
That's hydrogen and oxygen burning. The image is from a fraction of a second after main engine startup.
 
  • #3
If that's really the answer you chose to go for, I will restate:
Why is it a different color than the rest of the jets?
 
  • #4
The solid rocket boosters don't burn hydrogen and oxygen.
 
  • #5
Another question then:
Where in the above frame do you see solid rocket booster thrust jets?

Ah... ok, let's jump ahead and skip the continuation of this little exchange of ours.

Since you seem to have misunderstood let me describe it in excruciating detail:
In the above frame, at exactly the moment it depicts, directly below each of the liquid fuel engine nozzles, in the middle of the orange hydrogen flame jets, there are those bluish-whitish cone-shaped regions.
That is what I am asking about. (let's hope now...)
 
  • #7
Thank you.
That blackbird engine looks amazing. :)
 

1. How does a space shuttle lift off?

During lift-off, the space shuttle is propelled into space by its main engines and solid rocket boosters. The main engines burn liquid hydrogen and liquid oxygen, producing hot gases that are forced out of the back of the shuttle. This creates thrust, which propels the shuttle upwards. The solid rocket boosters also burn solid fuel to provide additional thrust.

2. How long does it take for a space shuttle to reach orbit during lift-off?

The entire process of lift-off, from ignition to reaching orbit, takes approximately 8.5 minutes. However, it takes only about 8.5 minutes for the space shuttle to reach its initial velocity needed to enter orbit. The actual journey to reach the desired orbit can take several hours.

3. What happens to the debris during lift-off?

During lift-off, debris such as ice, foam, and other materials may fall from the space shuttle. These materials are typically small and are not a safety concern for the shuttle or the astronauts. The debris is monitored and cleared before each launch to minimize any potential hazards.

4. How does a space shuttle maintain its trajectory during lift-off?

The space shuttle is equipped with guidance systems that help maintain its trajectory during lift-off. These systems use sensors and computers to continuously monitor the shuttle's position and make necessary adjustments to keep it on course.

5. What safety measures are in place during lift-off?

Space shuttle launches undergo extensive safety precautions to ensure the safety of the astronauts and the success of the mission. These include rigorous testing of all systems and components, thorough crew training, and contingency plans in case of emergencies. Additionally, the launch is closely monitored by mission control and can be aborted at any time if necessary.

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