Firstly, Starlink cables are 1 Gbps ethernet with PoE [1].
This means 53V DC power over thin twisted pair cables, after a few meters the voltage drops below 48V DC and the cables start showing up in infrared because they are heated by the electrical resistance. Standard Starlink cables can't reach further than +/- 30 meters reliably. Those 30 meters run to the wifi router where your power supply must be.
You certainly can't be mobile anymore with this setup.
We use optical fiber instead but this requires a very large, heavy and warm battery to stay very close to the Starlink dish while the operator can now be kilometers away. You can now disable the Starlink Wifi router but only if you patch the encrypted firmware and spoof the account credentials. SpaceX calls that illegal and will disable and brick your hardware as soon as they find out.
Doing this extensive conversion is only for very capable hackers and has been done by only three people on our planet, as far as I am aware [2][3].
If you need similar patching and optical wireing, we will be happy to eductate you, for a small fee.
You certainly can't be mobile anymore with this setup.
We use optical fiber instead but this requires a very large, heavy and warm battery to stay very close to the Starlink dish while the operator can now be kilometers away. You can now disable the Starlink Wifi router but only if you patch the encrypted firmware and spoof the account credentials. SpaceX calls that illegal and will disable and brick your hardware as soon as they find out. Doing this extensive conversion is only for very capable hackers and has been done by only three people on our planet, as far as I am aware [2][3]. If you need similar patching and optical wireing, we will be happy to eductate you, for a small fee.
[1] https://en.wikipedia.org/wiki/Power_over_Ethernet
[2] https://hackaday.com/2023/08/31/diving-into-starlinks-user-t...
[3] https://www.wired.com/story/starlink-internet-dish-hack/