Answer what does a standard compass do, where it is used, where it cannot be used, where it works and where it doesn’t work. Why it’s shaped as a flat instrument instead of any other shape, and why it doesn’t work in any other shape but flat.
What is it measuring for as a flat standard instrument, for a single direction, for one and only one point on Earth?
The liars of a ball Earth fable, said that a compass isn’t flat for any reason at all, but it’s more of their bs claims again.
How does a compass work if it’s another shape than flat? It doesn’t work if another shape of it is built or tried to build of it.
What are some types of instruments we have, or once had, and use today, being advanced instruments based on the earlier ones, and that we are trying to advance on them in future, yet every one of them, before or now or in future, must always have, is they have to be a specific shape or form of design, to use the same way, or at a certain place or location?
What is a gyrocompass shaped as a sphere for, is not going to be used on the surface of Earth, it cannot work on the Earths surface, only a flat compass can work on the Earths surface!
Why would you think they’re not based on the same magnetic measurement of one single point on Earth that standard compasses are built for, used for on the surface?
They spew on about how our standard compasses, used for centuries, and no other types or revisions ever existing for those centuries, were only very recently built as a revised type of compass, which will work exactly as those compasses used and work on the surface?
Because when we’re above the surface in air, within a plane, we are now ABOVE the magnetic point on Earths surface, which can only use standard flat compasses on the surface to measure and point towards it
So after we developed airplanes to fly in air, above the surface, we were also flying above the magnetic center point of Earths surface.
Do you start to see what makes Earths surface shape important and crucial to instruments like the compass?
The gyrocompass is shaped as a ball, because it has a 360 degree view of Earths surface, which means it must be an entirely flat surface over the entire Earth, to measure for the magnetic point of Earths surface below the planes in air above it.
That’s exactly what they’re a ball shape for, to measure over the entire Earth, for its magnetic center point on the flat surface.
It’s strange that they didn’t use this instrument on planes from day one, but maybe it wasn’t developed yet?
Our flights used the same crucial instruments all those years before now, so what is this newly developed instrument going to do, which cannot be done by our other instruments on planes?
This instrument acts just the same way as an actual compass does, but never could work in air until now!
They’re airborne compasses, to measure for the magnetic center point on the surface.
They actually further confirm the Earths surface is a massive flat plane with one center point which is very magnetized.
Your excuse about how magnetic objects or magnetic source points must have two opposite poles on them- put your car under a magnetic crane and see it pull your car up into air, or if it can’t pull it up because it has an opposite pole on it!
You even said metals if ships can make a compass point to the ship instead of magnetic ‘north’.
That made me wonder if the magnetic center is actually a metallic center point instead, and it would really make far more sense because it attracts magnetic materials when light enough in their mass.
That would explain why a very thin needle of minute mass thinly coated in magnetic material would point to a huge metallic point on Earths center, deep within the surface at one point.