The first flight over Antartica was in 1935

https://www.youtube.com/watch?v=WZ2hY6Fetw0

well, the moon is kind of, round

That is the point of this thread.

You must to believe in someone else to support Round Earth.

This flight of 1935 is poorly documented, I found a few in internet.

As I said before, if you BELIEVE in NASA and other spacial agencies, ok, you can support round Earth theory and else.

But according to Flat Earth Theory, all proofs show the Earth is FLAT.

The video below is another proof, which can be made BY EVERYONE, with small budget.

VIDEO: the horizon line IS FLAT!

Watched that for 2 minutes.  Is he really saying the horizon is a straight line?  If so, how come it curves 360 degrees around us.

We can do the observation using the above figure.We will know the shrinking speed rate of pole's shadow on earth surface along the sunlight beaming the pole.We can simulate this using the earth's flat surface and the earth's round surface.Assuming the sun movement speed is constant,we will get the pole's shadow shrinking speed differently in two different surfaces.Maybe it needs differential equation.     

I never saw any pic (real, not CGI made by NASA) that showed a REAL curvature of Earth.

If you know, pls show me.

In the video below, the guy shows that the Coriolis Effect does not explain the so called rotating Earth, as he proved below.

Nice refutation to moon travel:

http://heiwaco.tripod.com/moontravel.htm

http://heiwaco.tripod.com/moontravel1.htm

http://www.aulis.com/skeleton.htm

"A TIME AND MOTION STUDY

For more than three years I have been collecting and analyzing nearly all the significant photos from the Apollo missions. These official photos are readily available on multiple NASA websites for downloading. Recently I noticed they were taking up many gigabytes of memory on my computer's external hard drive, so I began organizing them and deleting duplications. I did a rough estimate of the number of Apollo photos, and was amazed that I had thousands!

I visited several official NASA websites to find HOW MANY PHOTOS WERE TAKEN on the surface of the Moon. Amazingly, NASA AVOIDS THIS SUBJECT almost entirely. Two days of searching documents and text were fruitless. But Lunar Surface Journal, one of the sites, lists every photo with its file number. So I undertook to make an actual count of every photo taken by astronauts DURING EXTRA-VEHICULAR ACTIVITY (EVA), the time spent on the surface out of the LEM.

Here is my actual count of EVA photos of the six missions:

Apollo 11........... 121
Apollo 12........... 504
Apollo 14........... 374 
Apollo 15..........1021 
Apollo 16..........1765 
Apollo 17..........1986

So 12 astronauts while on the Moon's surface took a TOTAL of 5771 exposures.

That seemed excessively large to me, considering that their TIME on the lunar surface was limited, and the astronauts had MANY OTHER TASKS OTHER THAN PHOTOGRAPHY. So I returned to the Lunar Surface Journal to find how much TIME was available to do all the scientific tasks AS WELL AS PHOTOGRAPHY. Unlike the number of photos, this information is readily available:

Apollo 11........1 EVA .....2 hours, 31 minutes......(151 minutes) 
Apollo 12........2 EVAs.....7 hours, 50 minutes......(470 minutes) 
Apollo 14........2 EVAs.....9 hours, 25 minutes......(565 minutes)
Apollo 15........3 EVAs...18 hours, 30 minutes....(1110 minutes) 
Apollo 16........3 EVAs...20 hours, 14 minutes....(1214 minutes) 
Apollo 17........3 EVAs...22 hours, 04 minutes....(1324 minutes)

Total minutes on the Moon amounted to 4834 minutes.
Total number of photographs taken was 5771 photos.

Hmmmmm. That amounts to 1.19 photos taken EVERY MINUTE of time on the Moon, REGARDLESS OF OTHER ACTIVITIES. (That requires the taking of ONE PHOTO EVERY 50 SECONDS!) Let's look at those other activities to see how much time should be deducted from available photo time:

Apollo 11....Inspect LEM for damage, deploy flag, unpack and deploy radio and television equipment, operate the TV camera (360 degree pan), establish contact with Earth (including ceremonial talk with President Nixon), unpack and deploy numerous experiment packages, find/document/collect 47.7 pounds of lunar rock samples, walk to various locations, conclude experiments, return to LEM.

Apollo 12....Inspect LEM for damage, deploy flag, unpack and deploy radio and television equipment (spend time trying to fix faulty TV camera), establish contact with Earth, unpack and deploy numerous experiment packages, walk to various locations, inspect the unmanned Surveyor 3 which had landed on the Moon in April 1967 and retrieve Surveyor parts. Deploy ALSEP package. Find/document/collect 75.7 pounds of rocks, conclude experiments, return to LEM.

Apollo 14....Inspect LEM for damage, deploy flag, unpack and deploy radio and television equipment and establish contact with Earth, unpack and assemble hand cart to transport rocks, unpack and deploy numerous experiment packages, walk to various locations. Find/document/collect 94.4 pounds of rocks, conclude experiments, return to LEM.

Apollo 15....Inspect LEM for damage, deploy flag, unpack and deploy radio and television equipment and establish contact with Earth, unpack/assemble/equip and test the LRV electric-powered 4-wheel drive car and drive it 17 miles, unpack and deploy numerous experiment packages (double the scientific payload of first three missions). Find/document/collect 169 pounds of rocks, conclude experiments, return to LEM. (The LRV travels only 8 mph*.)

Apollo 16....Inspect LEM for damage, deploy flag, unpack and deploy radio and television equipment and establish contact with Earth, unpack/assemble/equip and test the LRV electric-powered 4-wheel drive car and drive it 16 miles, unpack and deploy numerous experiment packages (double the scientific payload of first three missions, including new ultraviolet camera, operate the UV camera). Find/document/collect 208.3 pounds of rocks, conclude experiments, return to LEM. (The LRV travels only 8 mph*.)

Apollo 17....Inspect LEM for damage, deploy flag, unpack and deploy radio and television equipment and establish contact with Earth, unpack/assemble/equip and test the LRV electric-powered 4-wheel drive car and drive it 30.5 miles, unpack and deploy numerous experiment packages. Find/document/collect 243.1 pounds of rocks, conclude experiments, return to LEM. (The LRV travels only 8 mph*.)

Let's arbitrarily calculate a MINIMUM time for these tasks and subtract from available photo time:

Apollo 11...subtract 2 hours (120 mins), leaving 031 mins for taking photos
Apollo 12...subtract 4 hours (240 mins), leaving 230 mins for taking photos
Apollo 14...subtract 3 hours (180 mins), leaving 385 mins for taking photos
Apollo 15...subtract 6 hours (360 mins), leaving 750 mins for taking photos
Apollo 16...subtract 6 hours (360 mins), leaving 854 mins for taking photos
Apollo 17...subtract 8 hours (480 mins), leaving 844 mins for taking photos

So do the math:

Apollo 11.....121 photos in 031 minutes........3.90 photos per minute
Apollo 12.....504 photos in 230 minutes........2.19 photos per minute
Apollo 14.....374 photos in 385 minutes........0.97 photos per minute
Apollo 15...1021 photos in 750 minutes........1.36 photos per minute
Apollo 16...1765 photos in 854 minutes .......2.06 photos per minute
Apollo 17...1986 photos in 844 minutes .......2.35 photos per minute

Or, to put it more simply:

Apollo 11........one photo every 15 seconds
Apollo 12........one photo every 27 seconds
Apollo 14........one photo every 62 seconds
Apollo 15........one photo every 44 seconds
Apollo 16........one photo every 29 seconds
Apollo 17........one photo every 26 seconds

So you decide. Given all the facts, was it possible to take that many photos in so short a time?"

Another good video.

Lots of videos made by lots of people with good zoom cameras; no curvature whatsoever!

https://www.theflatearthsociety.org/forum/index.php?topic=64002.0

http://www.aulis.com/jackstudies_14.html

Another method is mounting a blind telescope on pole's tip.This telescope is a transparent glass tube with it's front end being closed by circle dark cap.This dark side is faced to the sun's circle.Anytime the dark cap is tracking down the sun's circle.Thus the pole's position always in conformity with earth's surface along the sun's movement.We can get the telescope elevation from time to time.Here is we have elevation equation as time function.It could be used to deduce earth's shape in relative to sun's position.     

http://www.aulis.com/jackstudies_index1.html

http://www.aulis.com/jackstudies_15a.html

http://www.aulis.com/jackstudies_18.html

LOL: THE CASE OF THE MISSING LEM:

http://www.aulis.com/jackstudies_19.html

http://www.aulis.com/jackstudies_22.html

A Funny Thing Happened on The Way To The Moon

By mdinnerspace

Better addresses the topic of the NASA Hoax

Couldn"t have GPS on your smartphone if the earth were flat. 

You know, I'm not a scientist, nonetheless that stone, that has also been called the moon, is reflecting the light from the sun, it's not that half of it is missing when the sun is not shining on it.