Roller coasters work by gravity.And how do you want to move the fully stopped train? I mean you need to have some type of way to get your train moving, after it came to a stop.
You missed it, I said that the brakes sometimes have permanent magnets that are weaker than actual lsms that keeps it going after it completely stops and sometimes they don’t have magnets.
“And you can’t argue against real life” because some roller coasters irl have this feature.
Without the drive tires, they will look identical to normal brakes and it will be near impossible to tell them apart.Yes, but trim brakes are made to keep you going but slow you down in the middle, the brake only appearance I want them to add on the block zones will stop them completely if the next block zone is not cleared and will get them going WITHOUT needing drive tires.
What i’m trying to say is they need to add magnetic and eddy brakes combined together as a second choice of block brakes so it can stop it completely and make the train move forward again without any tires at all.Without the drive tires, they will look identical to normal brakes and it will be near impossible to tell them apart.
If you really want a block section with as little drive tires as possible, make the block brake itself 4 meters long and add as many trim brakes as you want behind them.
There are only a few coaster types I can think of that wouldn't need drive tires - all of them are launch only (no lift hill whatsoever): The Premier Rides LIM Launch coaster, the Intamin suspended catapult coaster (same as the impulse coaster), and the B&M surf coaster. The first 2 use LIMs instead and the last one uses LSMs.What i’m trying to say is they need to add magnetic and eddy brakes combined together as a second choice of block brakes so it can stop it completely and make the train move forward again without any tires at all.