CoasterCrazy
Giga Poster
Re: The Swarm - B&M 'Wing-Rider', Thorpe Park 2012
^All it is is the plane's phone, which somehow is still intact...
^All it is is the plane's phone, which somehow is still intact...
Hixee said:^I don't think so. Like has been said before, it will probably be a brake that will engage if the train valleys to bring it to a stop more quickly. A trim would probably be closer towards the top of the element as they are designed to make sure the train goes through the top of the element at the right speed. For obvious reasons, you wouldn't want a trim right at the bottom of the drop as it might trim the speed too much.
For that reason I suspect this might just be a brake that might engage if the train valleys to make it quicker to evacuate and reset the ride.
Well... not quite. I mean, B&M use trims all the time. It's just a case of whether they put them high up towards the top of the element (like the parabolic hills on the Hypers), or low down like this one that suggests their role. You wouldn't want to trim the speed at the bottom of a drop in case it loses more speed you can't account for going up the hill.Tom G said:Hixee said:^I don't think so. Like has been said before, it will probably be a brake that will engage if the train valleys to bring it to a stop more quickly. A trim would probably be closer towards the top of the element as they are designed to make sure the train goes through the top of the element at the right speed. For obvious reasons, you wouldn't want a trim right at the bottom of the drop as it might trim the speed too much.
For that reason I suspect this might just be a brake that might engage if the train valleys to make it quicker to evacuate and reset the ride.
Thanks, I haven't seen the discussion about it on here. I always had doubts that there would be one, A) it's B&M and B) the zero-g is already very high and it will take it very slowly as it is.
Hixee said:^I don't think so. Like has been said before, it will probably be a brake that will engage if the train valleys to bring it to a stop more quickly. A trim would probably be closer towards the top of the element as they are designed to make sure the train goes through the top of the element at the right speed. For obvious reasons, you wouldn't want a trim right at the bottom of the drop as it might trim the speed too much.
For that reason I suspect this might just be a brake that might engage if the train valleys to make it quicker to evacuate and reset the ride.
I know of it happening once. That incident with Raptor. Irrelevant though. You're wrong. The logic that "I've never seen a B&M valley so they wouldn't prepare for it" makes no sense even if they were magically immune.Besides, how many times have you seen a B&M valley?
Joey said:I know of it happening once. That incident with Raptor. Irrelevant though. You're wrong. The logic that "I've never seen a B&M valley so they wouldn't prepare for it" makes no sense even if they were magically immune.Besides, how many times have you seen a B&M valley?
rollermonkey said:Plenty of Beemers have trims at low points in the track. They are regular trims, and not used to stop a volleying train.
See to me, it makes no sense to put the trim there. Now I know that we're looking at small changes, but it doesn't seem like these are unreasonable assumptions. Say, for example, that there's a strong-ish cross/head wind. If the train was over-speeding slightly when it's at the bottom of the drop, it hasn't been affected by the wind yet, and the trim slows it down. Next the train climbs the hill towards the zero-g roll and suddenly the train starts to loose more speed than it normally would. At this point the trim has actually caused the train to under-speed the element. If the trim was on the incline (see B&M Hypers), then the trim activates at the last second to correct and speed changes. I don't see why this logic is particularly difficult to understand. Seeing as B&M are such perfectionists, this doesn't really surprise me. I'm not saying I'm 100% right, and I'm not saying I know, all I'm doing is thinking of it logically. The only possibility is that the track up to the zero-g roll isn't suited for a trim by having some banking changes etc._koppen said:rollermonkey said:Plenty of Beemers have trims at low points in the track. They are regular trims, and not used to stop a volleying train.
Thank you!
It makes perfect sense to have a trim brake there, if the train is uneven loaded and heavier on the left side, it will clear the zero-g on top of the drop faster than if it were even loaded, and by that go faster than desired.
Sensors. All those little turquoise boxes you see are sensors to let the ride system know where the trains are in the circuit. They simply have ones that measure how fast the train is going (say, time for the front car to pass the sensor, then use speed=distance/time as you know the length of the cars), then if this speed it too high, activate the trim. This will be able to happen lightening fast. I don't know about the pressure being changed, it might (or must) be possible, but I don't know if they do.Tom G said:And how is the ride system able to make the determination that the train is going too fast so to activate the trim? Or will the trim always apply friction to the train regardless of speed? Can the trim's level of speed reduction be varied? I guess these are more general questions really.
Joey said:The plane must be a real salvaged plane. There's no reason why they'd have made that phone and certainly no reason it would have german on it.
I figured the fire engine and helicopter, if they ended up being used, would be real... But for some reason I didn't think the plane would be. I guess because they specified odd parts of it. I mean, if you're gonna buy a scrap plane, why would you only use such awkward parts of it? Unless they put in the plans what they could get ahold of?
Dunno.
But it looks amazing...
Hixee said:See to me, it makes no sense to put the trim there. Now I know that we're looking at small changes, but it doesn't seem like these are unreasonable assumptions. Say, for example, that there's a strong-ish cross/head wind. If the train was over-speeding slightly when it's at the bottom of the drop, it hasn't been affected by the wind yet, and the trim slows it down. Next the train climbs the hill towards the zero-g roll and suddenly the train starts to loose more speed than it normally would. At this point the trim has actually caused the train to under-speed the element. If the trim was on the incline (see B&M Hypers), then the trim activates at the last second to correct and speed changes. I don't see why this logic is particularly difficult to understand. Seeing as B&M are such perfectionists, this doesn't really surprise me. I'm not saying I'm 100% right, and I'm not saying I know, all I'm doing is thinking of it logically. The only possibility is that the track up to the zero-g roll isn't suited for a trim by having some banking changes etc.
Ethan said:I agree with Hixee. I think it is to stop the train, because B&M are perfectionists so why would they trim the ride straight away? They haven't tested the ride yet. Besides, trimming is Intamin's thang...
I think that you are over estimating the wind a little bit. It really don't affect the coaster as much as you think
I'm not overestimating the effect of the wind. It can stop trains on TTD and Stealth from clearing the top hats, then it's going to affect these massive trains a hell of a lot more._koppen said:Hixee said:See to me, it makes no sense to put the trim there. Now I know that we're looking at small changes, but it doesn't seem like these are unreasonable assumptions. Say, for example, that there's a strong-ish cross/head wind. If the train was over-speeding slightly when it's at the bottom of the drop, it hasn't been affected by the wind yet, and the trim slows it down. Next the train climbs the hill towards the zero-g roll and suddenly the train starts to loose more speed than it normally would. At this point the trim has actually caused the train to under-speed the element. If the trim was on the incline (see B&M Hypers), then the trim activates at the last second to correct and speed changes. I don't see why this logic is particularly difficult to understand. Seeing as B&M are such perfectionists, this doesn't really surprise me. I'm not saying I'm 100% right, and I'm not saying I know, all I'm doing is thinking of it logically. The only possibility is that the track up to the zero-g roll isn't suited for a trim by having some banking changes etc.
I think that you are over estimating the wind a little bit. It really don't affect the coaster as much as you think, exept when the wind is getting pretty strong, and if that happens the ride system will warn the operators, and a decision to close the ride or not will be taken.
Ethan said:I agree with Hixee. I think it is to stop the train, because B&M are perfectionists so why would they trim the ride straight away? They haven't tested the ride yet. Besides, trimming is Intamin's thang...