We Have Liftoff

[IdeomotorPrisoner]

Yes! Good old fashioned flat earth FTW!

What rockets and high altitude balloons reveal about our earth 

NASA Satellites Are Really High Altitude Balloons. 

44 Government Documents That State The Earth is Flat With A Dome 73 Miles

Well at least we have a dome?

But this doesnt work, because this plane is in air at the time of this post.

And according to flat earth they are going the wrong way.  They are flying the green route instead of the red route, what's up with that? Dont they get how much fuel they are adding not flying over Africa and the middle east? 

They should fly almost directly over The Persian/Arabian Gulf!

The mass lie seems expensive.. especially if you have to fuel an A380 to keep it up..



Sydney to Buenos Aires is a fun flight to do this with too. Because with a flat earth, that DIRECT flight from Austrailia to Argentina takes you over Alaska and Northern Canada to save most fuel.

And it would look like this on a mercator projection: 

[BeyondKnowledge]

Yes! Good old fashioned flat earth FTW!

Well at least we have a dome?

But this doesnt work, because this plane is in air at the time of this post.

And according to flat earth they are going the wrong way.  They are flying the green route instead of the red route, what's up with that? Dont they get how much fuel they are adding not flying over Africa and the middle east? 

They should fly almost directly over The Persian/Arabian Gulf!

The mass lie seems expensive.. especially if you have to fuel an A380 to keep it up..

[Image: https://denyignorance.com/uploader/image...aef8cd.jpg]

Sydney to Buenos Aires is a fun flight to do this with too. Because with a flat earth, that DIRECT flight from Austrailia to Argentina takes you over Alaska and Northern Canada to save most fuel.

And it would look like this on a mercator projection: 

[Image: https://denyignorance.com/uploader/image...1adccf.png]

I have a question about that flat Earth map. Why can't you look North at that time from the UK and see the Sun. It is past the North Pole.

Oh sorry, they can't answer that one either.

[Knows]

I have a question about that flat Earth map. Why can't you look North at that time from the UK and see the Sun. It is past the North Pole.

Oh sorry, they can't answer that one either.

Because it is a local sun. That shrinks over distance due to perspective. Plus the atoms and dust  in the atmosphere eventually block the light. 

The Sun & Moon Are Local! Buy a Zoom Camera While It Is Still Legal! Expose the Pharaonic Deception 

Watch to End, You can't Argue the Facts- The sun Disappears above the Horizon.

[andy06shake]

Because it is a local sun. That shrinks over distance due to perspective. Plus the atoms and dust  in the atmosphere eventually block the light. 

The Sun & Moon Are Local! Buy a Zoom Camera While It Is Still Legal! Expose the Pharaonic Deception 

Watch to End, You can't Argue the Facts- The sun Disappears above the Horizon.

The Sun doesn’t get smaller, it stays the same size while appearing lower.

And atmospheric dust scatters light but cannot fully block the Sun.

If it did, we would freeze to death.

[andy06shake]

[quintessentone]

Just for clarity on all heavenly bodies NOT being spherical.

"Not every space body is spherical. While gravity pulls massive celestial objects like stars, planets, and large moons into a spherical shape (specifically an oblate spheroid due to rotation), smaller bodies often remain irregular. 

• Mass Threshold: Objects generally need a radius of roughly 200 to 800 kilometers (depending on composition) for their self-gravity to overcome structural strength and pull them into hydrostatic equilibrium.
  
• Irregular Bodies: Smaller objects like asteroids, comets, and many moons (e.g., Mars's Phobos) lack sufficient mass to become round and can be lumpy, potato-shaped, or elongated. 
  
• Exceptions: Some large objects are not spherical due to external forces; for example, the exoplanet WASP-103b is shaped like a rugby ball due to strong tidal forces from its host star, and rapidly spinning stars can bulge significantly at their equators." (LLM)
  

--

This is how an astronomy student sees the Earth in a rather free-form shape.



Spheroidal with perhaps some flat parts (?)

[Knows]

The Fake Professor DAVE FARINA 

Flat Earth Debate! Professor Dave vs Witsit 

Elon Musk's Starlink Uses Tropospheric Scatter Technology !!! No "Satellites" !!!

[Knows]

Just for clarity on all heavenly bodies NOT being spherical.

"Not every space body is spherical. While gravity pulls massive celestial objects like stars, planets, and large moons into a spherical shape (specifically an oblate spheroid due to rotation), smaller bodies often remain irregular. 

• Mass Threshold: Objects generally need a radius of roughly 200 to 800 kilometers (depending on composition) for their self-gravity to overcome structural strength and pull them into hydrostatic equilibrium.
  
• Irregular Bodies: Smaller objects like asteroids, comets, and many moons (e.g., Mars's Phobos) lack sufficient mass to become round and can be lumpy, potato-shaped, or elongated. 
  
• Exceptions: Some large objects are not spherical due to external forces; for example, the exoplanet WASP-103b is shaped like a rugby ball due to strong tidal forces from its host star, and rapidly spinning stars can bulge significantly at their equators." (LLM)
  

--

This is how an astronomy student sees the Earth in a rather free-form shape.

[Image: https://denyignorance.com/uploader/image...c0850e.png]

Spheroidal with perhaps some flat parts (?)

But all the NASA so called photo's from space always showed a perfect sphere. Now all of a sudden we get this?

[andy06shake]

The Fake Professor DAVE FARINA 

Flat Earth Debate! Professor Dave vs Witsit 

Elon Musk's Starlink Uses Tropospheric Scatter Technology !!! No "Satellites" !!!

I can't see any of those links know's.

And I'm certainly not willing to provide "bitchute.com" with my email. 

You did not watch any of the short videos provided.

Which clearly debunks the flat-earth nonsense in around 5-10 minutes apiece.

[quintessentone]

This video is special because we have the astronauts' perspectives on their journey to the moon.