GPS Navigation On The Flat Earth

How do navigation systems work if the Earth is Flat?

nokia_6110_navigator

This is an excellent question that gets asked a lot by proponents of the globe earth model. GPS and other means of navigation are major parts of our everyday life, so how do they work if the Earth is Flat?

Its All About Assumptions 

What you assume determines in large part what you believe about reality. The fact that gps happens to work does not mean that the earth is round, gps works despite the fact that the Earth is Flat. Gps is programmed with round earth parameters, and those parameters work on the Flat Earth. Before I explain further, here is a quick and simple description of how the spherists think Gps works:

GPS satellites circle the Earth twice a day in a precise orbit. Each satellite transmits a unique signal and orbital parameters that allow GPS devices to decode and compute the precise location of the satellite. GPS receivers use this information and trilateration to calculate a user’s exact location. Essentially, the GPS receiver measures the distance to each satellite by the amount of time it takes to receive a transmitted signal. With distance measurements from a few more satellites, the receiver can determine a user’s position and display it electronically to measure your running route, map a golf course, find a way home or adventure anywhere.

http://www8.garmin.com/aboutGPS/

However, on a Flat Earth the transmission and reception of signals would work just as well across the surface of the Flat plane. Remember, while Earth has topography and changing elevations, it is ultimately one large unobstructed plane. And while signals do not have infinite line of sight (atmospheric density ultimately obstructs them form traveling forever) transmitting any given signal from point A to point B is much easier than round earth believers realize. Also, the dome of Earth’s atmosphere serves as an effective means for bouncing a signal from one point to another, allowing the occurrence of trilateration described in the quote. Lets Use this pic as a reference point:

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As the above picture shows, Earth’s atmospheric dome lets signals get sent from one point to another quite easily. There is NO need for supposed satellites orbiting above the Earth. All you need is a good transmitter and a handy receiver. Unfortunately, people will go on believing what they are told, ignorant of other more compelling explanations for the phenomenon they observe.

4 thoughts on “GPS Navigation On The Flat Earth

  1. Pingback: Flat Earth Q&A | Flat Earth & Thought

  2. Doesn’t this make it simple to demonstrate the validity of the Flat Earth model? GPS on a spherical Earth requires that the satellites be constantly moving. All you would need to do is get a receiver and read the data it’s receiving and it will show that the distance from each ‘satellite’ is stationary, thus invalidating a spherical Earth.

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  3. Also what about the mathematical data used that assumes the earth is spherical? GPS use pretty much the same algorithm and you can even get apps to grab raw data. You would have to use complete different set of data for GPS to work if the earth was flat. What is the flat earth calculations? And does that mean that the info released to the public is a lie and every GPS company is part of the lie? And does that lie even reach to GPS design and theory classes that uses raw data to do their own calculations by hand. If earth was flat then all the calculations would be wrong and it be easy to test by just jumping on a train and traveling. So all the students when they first start are they brought into the lie?

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  4. What about remote sensing satellites that effectively take pictures looking down on Earth, how do they work if they’re not orbiting a spherical earth?

    The gps ‘bouncing’ idea wouldn’t work because the images are perpendicular, bot at an angle. That is, unless there was a receiving station every few miles across the earth, even in the oceans. Does the atmospheric dome have literally thousands of sensors embedded?

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