There’s plenty of systems that would fall apart without driverless as their train frequencies are so high manual operation is not an option. Under less extreme circumstances it’s still a good idea because it allows you to use more small trains instead of fewer larger trains, saving space (smaller stations), operating costs (drivers tend to want to be paid), and increasing frequency which is mindbogglingly important in public transit.
As to magnetic: This system in particular is very good, better than standard rail, at elevated track because it can be built lighter because the train doesn’t produce point-loads (in the form of wheel contact), but forces that are easier to direct into the ground. It’s also quieter.
This is not a high-speed system, 150km/h is the current max and IIRC they said the tech can’t possibly ever do more than 200km/h. We’re not talking about building a Shinkansen or Transrapid, but something metro-scaled, both in capability and cost.
There’s plenty of systems that would fall apart without driverless as their train frequencies are so high manual operation is not an option. Under less extreme circumstances it’s still a good idea because it allows you to use more small trains instead of fewer larger trains, saving space (smaller stations), operating costs (drivers tend to want to be paid), and increasing frequency which is mindbogglingly important in public transit.
As to magnetic: This system in particular is very good, better than standard rail, at elevated track because it can be built lighter because the train doesn’t produce point-loads (in the form of wheel contact), but forces that are easier to direct into the ground. It’s also quieter.
This is not a high-speed system, 150km/h is the current max and IIRC they said the tech can’t possibly ever do more than 200km/h. We’re not talking about building a Shinkansen or Transrapid, but something metro-scaled, both in capability and cost.