This is a new record in stupidity! Flat earth navigation "expert" doesn't understand GPS.

This is a new record in stupidity!
Brian not so logic believes himself to be the world's greatest expert on navigation. Everything from astronomical navigation to satellite-based navigation.
In his last two videos, he thinks he proves that GPS cannot possibly work on a globe. Yes, you read that right. He claims that GPS only works on a flat earth.
@Mr22brian22
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#Mr22brian22 #debunk #flatearth

[@farmersboy]

Poor old Brian. He makes shit up, convinces himself he is right, then insults anyone who dares to point out where he's wrong. Welcome to flat earth.

[@ericerpelding2348]

The problem with Brian is that he doesn't know how GPS works.

[@BrendavonAhsen]

Brian doesn't know how 1 + 1 works.

[@ghostinthecodeRF]

My satnav works perfectly on a globe 😂

[@JohnnyD_cm]

Weirdly, so does mine. In fact, when I start my car, the sat nav shows a globe to begin with. It's like it knows or something....

[@Angel-nl1hp]

A typical flerf in deep denial of reality. He has no idea how anything works.

[@chipbowers247]

"Global positioning" doesn't work on a globe - top flerf.

[@UweKlosa]

You've gotta lie to flerf!

[@b0b5m1th]

Of course that is only the beginning of a long list of things that they don't understand.

[@Kualinar]

It's easier to make the list of common things that they do understand. You can write it all on a post stamp, in 72 point bold font.

[@capq57]

Brian would struggle to navigate a rowboat across a farm pond.

[@reidflemingworldstoughestm1394]

An expert in all kind of navigation, pfft... Brian couldn't find his arse with both hands.

[@StringerNews1]

THE POWER OF NUH-UH COMPELS YOU!

[@leftpastsaturn67]

With Brian's expertise in surveying, it's a mystery as to why he can't produce a working map of his magical space fritatas that matches the reality we can all easily measure for ourselves and can be used for accurate navigation. Confounding!

[@hartmutholzgraefe]

Especially as in flatardia you would not have to deal with those pesky projection conversions at all.

[@leftpastsaturn67]

@@hartmutholzgraefe I did remind him that the easiest thing to map is a flat plane, so he made an excuse about not being able to afford to do it himself and then blocked me. Comedy gold.

[@CChrisHolmes]

Doesn’t Brian have friends who can help him?

[@b0b5m1th]

Brain O'Damage does not have friends. There are acquaintances that pity him.

[@robertlafleur5179]

Brian’s friends are as dumb as him, they can’t be any help.

[@dogwalker666]

Unfortunately Bwian has fallen into the Flurf cult echo chamber.

[@thearmouredpenguin7148]

Broin actually has several friends, sadly they're all flat earthers and equally as stupid as he is.

[@GeistView]

If GPS is "ground based" as flerfs say it is (never detailing what 'ground based' means) then why do aircraft like airliners have the GPS antenna on TOP of the aircraft and not on the BOTTOM?

[@davidmaurice5992]

The airline I work for is sending one in for a Starlink antenna mod. And the ADS-B antenna is on top of the aircraft.

[@Urban_Spaceman]

Strangely, when I put my GPS recorder on my West facing window sill, and run a program to draw the paths of all visible satellites, the East side of the plot is empty. It's almost as if something is blocking the signal ! I wonder what it could be? It must be huge.. about the size of a house maybe !! At the same time , my phone works perfectly... odd that.

[@freddan6fly]

I actually was met by the satellite dish argument by a flerf, and I wondered if I still remembered my maths, and low and behold I got the direction to geo stationary orbit correct. lat=your latitude All angles in radians cos(elevation) = sin(latitude)/sqrt(1+(re/rs)^2-2*(re/rs)cos(latitude)) re=earth radius rs=earth radius + geostationary orbit elevation above the equator. I got 28 degrees elevation at latitude 54.

[@dogwalker666]

Bwian hasn't got any idea how anything works, I have been in a deep quarry where there was no phone or even radio signal yet my Garmin hand held SatNav worked perfectly.

[@malundy]

So where are the antennas in the middle of the ocean or deep in the mountains or desert if all gps signals are ground based?

[@kdog3908]

"Balloons! because there are no satellites!" - a flerf.

[@malundy]

@@kdog3908 I love the balloon argument. I've never heard a flerf explain how "they" get a balloon to hold a position

[@babotond]

​@@malundythey are krazy glued to the firmament 😂😂

[@thearmouredpenguin7148]

@@malundy Velcro.

[@timgargac2766]

Flerftech just came up with electrostatics so obviously "they" use this cutting edge technology to stick the balloon to the firmament.

[@jensgoerke3819]

Broian should go back to his skoy moiles, if only for comedic value. His newer videos are just sad exercises in futile reality denial.

[@sthurston2]

Planes broadcast their position for any receivers in range to pick up, whether ground based or satellite. Some Low Earth Orbit satellites such as the Iridium NEXT fleet are fitted with such receivers. I have not heard of any GPS satellites carrying them but then they are a bit far out at over 20,000 miles up.

[@hinkelstein4six]

He is pretty logic. He uses at least an awful lot of λόγοι.

[@TruthNerds]

as in "just words", "idle talk"?

[@thegrumpyoldmechanic6245]

I get perfect GPS reception deep inside wilderness valleys. My ancient Garmin Etrex shows current satellite positions. The latest video on my channel demonstrates this.

[@chipbowers247]

Funny how total stations (ground based measurements) will not match gps observations unless the gps coordinates are protected with the proper scale factor, which varies based on position on the globe.

[@garylittle8380]

But by one definition Brian is an expert. X being an unknown quantity, and a spurt a drip under pressure, Brian is an unknown drip under pressure: x-spurt.

[@thearmouredpenguin7148]

I would say an ex is a "has been", but lets face it Broion is a "never was".

[@tornagawn]

Dunning Kruger incarnate! Never before in the history of flerf foolery has one flerf produced so many videos showing how little he knows about so many things

[@ponto08]

I think he is on a par with Flatzoid

[@hinkelstein4six]

🙃

[@barstoolsandpowertools8617]

👍👍👍

[@thecasualengineer99]

hey artic - we both hit the idiot up about the same time ... i used a simple as possible principle explanation - no compass bearings required

[@Kualinar]

Brian seems to believe that GPS calculate angles to determine the location. GPS use timing of signals between the known location of the GPS satellites and the receptor to find the location. Listen, Brian, when we ask «How wrong can you get ?», that's NOT a challenge.

[@scott_meyer]

Trilateration

[@Kualinar]

@@scott_meyer With the GPS, it's tetra, or more, lateration. Adding a fourth distance allows the determination of the elevation.

[@TruthNerds]

​@@Kualinar "Adding a fourth distance allows the determination of the elevation." That's not quite correct either. The (non-empty) intersection of two spheres, in general, is a circle, so "bilateration" would only tell you that you're anywhere on that circle. Add a third sphere and, in general, you get two points, which is a lot better but still ambiguous. Add a fourth sphere and you typically get a single point. The main reason to use as many satellites as possible is to reduce the error introduced by measuring inaccuracies though, e.g. due to signal reflections. Unless you're determining an initial fix (the GPS receiver just booted), you can probably disambiguate pretty reliably between the two possible points for trilateration, because these points are likely to be hundreds of km apart and you still know where you were last minute.

[@maldaley235]

It would be easy to prove Brian wrong by taking him out to sea on 2 separate boats, abandoning him in one boat in the middle of the ocean and tell him to find his way back to a point on land by using his logic of navigation.

[@3ron]

Poor brian lacks any and all logic.

[@ianfisk01]

Brian seems to not even be able to spell! That diagram has angles marked implying triangulation. But GPS uses trilateration. The receiver uses the signals from 4 or more satellites to calculate the distance laterally to the satellites. Its position is then at the intersection of those lines.

[@preape]

The number of OSCAR satellites (Orbiting Satellite Carrying Amateur Radio), and ISS with portable a Yagi antenna, guess where it was pointed, UP, or towards the sky.

[@ghostinthecodeRF]

😂 73 bud