As we all know, cars record the distance it travels. At the same time, GPS shows us the distance between locations. As the Earth is actually flat, it is impossible that the GPS shows the right distance between two regions all the time. If the distance recorded by the car or measured by ruler is different from what the GPS says, it will be very obvious. Therefore, cars and rulers must be controlled by advanced technology that their measurements fit the GPS map.
I can attest to that as I have driven around Australia quite a bit in a vehicle with a accurate odometer.
The vehicle on the first examples below was a Landcruiser LC100.
I have driven a number of times from Balladonia Roadhouse (at 32.35°S to 123.62°E) to Eucla (at 31.68°S 128.88°E) and if you look at a map you will find it runs nearly straight and West to East.
There was a very short side trip but the distances measured for the whole trip were:
car oddo 532 km, Garmin GPS 531.5 km and the direct distance (not following the road) 503 km.
on the usual FE map, the direct distance would be about 1250 km, a 2.5 times the direct distance or 2.35 times the road distance
Then there was Warakurna Roadhouse (25.04° S, 128.30° E) to Leonora, Western Australia (28.88° S, 121.33° E) along the "Great Central Road".
The road distances were:
car oddo 901 km, Garmin GPS 901 km and Google Maps 894 km (there was a short diversion) and
the straight line distance is 812 km but
the direct distance on the usual FE map is 1,640 km, just over twice the direct distance and 1.8 times the measured road distance.
The smaller error was because there was significant North to South travel as well.
But the "strange" thing is that the FE map is about right in a north-south direction but grossly in error in the east-West direction.
So maybe cars do have this "advanced technology

" as in:
Therefore, cars and rulers must be controlled by advanced technology that their measurements fit the GPS map.
Does anyone have a better suggestion.