News New Gondola Transportation - Disney Skyliner -

mmascolino

New Member
The simplest solution I would think for the spacing would be to send a cabin from the main loop into static load area when the static load cabin was ready to rejoin the main loop.
 

mmascari

Well-Known Member
The entire International Gateway-Board Walk-Riviera-CBB South line could be one haul rope. Or two. Or three. Because it’s not all that long by gondola standards, I’d guess one rope. It just requires a lot of bullwheels to do the deflecting at the turn stations. But probably still cheaper than tripling the drive units. We should know as soon as the bullwheels are mounted at Riviera and Board Walk. The biggest reason for multiple ropes would be if Disney wanted the ability to run the segments independently.

Assuming it's just 1 cable, in your picture does that mean the cable side going Boardwalk-->Riviera-->CBR wraps around 2 wheels so it can make the inside turn? And the cable side going CBR-->Riviera-->Boardwalk just needs 2 wheels to bump up against, since its just deflecting around them?

I'm assuming you drew the lines the way you did for a reason. Trying to understand how it makes the corner.

I'm guessing just 1 cable too, easier for lots of things in general.
 

pdude81

Well-Known Member
There is not necessarily a need for separate haul ropes to support detachment/attachment. After all, in a normal terminal station for a gondola or detachable chair, this is achieved.
I only said that because the comment before was discussing that diagram with the rope winding around. The end stations can more easily do extra loops because of the single wheel. One haul rope is possible but would be a slightly different diagram I think
 

mmascari

Well-Known Member
I only said that because the comment before was discussing that diagram with the rope winding around. The end stations can more easily do extra loops because of the single wheel. One haul rope is possible but would be a slightly different diagram I think

Once, it's in the station, there's no connection between the haul rope and the cars. They can each do whatever independently. As soon as a car enters a station on the haul rope, it immediately detaches. For the rest of the cars trip through the station, it's rolling on wheels next to it's hooks on a track in the ceiling with propulsion provided by tires spinning above that track pushing it along. As the car exits the station, it reattaches to the rope.

The rope, once it's no longer holding a car, can take whatever path it wants around any number of pulleys, bull wheels, drive motors, guides, tensioners, whatever else it needs to pass through and around as it makes it's way towards the exit. As the rope exits the station, cars will reattach and the rope path after that is restricted to paths that support a car being attached.

The mid stations is really just 2 end stations back to back. All the same rules apply. The rope can do whatever it wants in the station to get to the exit. The cars are on their track and not the rope for the entire journey through the mid station.
 

mikejs78

Well-Known Member
The monorail was designed to go through the park. The gondola tower just makes the already bad forced perspective of the Eiffel Tower worse. The new facades will block some of tower, but larger parapets won’t help the tower either.

The Ratatouille show building is to the side and it’s size is already quite evident.
Because the sightlines of the Eiffel Tower are so pristine now, it would be a shame to ruin them by putting something in the background.....

Frawn_.jpg
 

pdude81

Well-Known Member
Once, it's in the station, there's no connection between the haul rope and the cars. They can each do whatever independently. As soon as a car enters a station on the haul rope, it immediately detaches. For the rest of the cars trip through the station, it's rolling on wheels next to it's hooks on a track in the ceiling with propulsion provided by tires spinning above that track pushing it along. As the car exits the station, it reattaches to the rope.

The rope, once it's no longer holding a car, can take whatever path it wants around any number of pulleys, bull wheels, drive motors, guides, tensioners, whatever else it needs to pass through and around as it makes it's way towards the exit. As the rope exits the station, cars will reattach and the rope path after that is restricted to paths that support a car being attached.

The mid stations is really just 2 end stations back to back. All the same rules apply. The rope can do whatever it wants in the station to get to the exit. The cars are on their track and not the rope for the entire journey through the mid station.

Yes, I get that. I was talking about a specific diagram that looked like it had 2 wheels and either 1 or 3 ropes. All sorts of things could be added
 

MisterPenguin

President of Animal Kingdom
Premium Member
Because the sightlines of the Eiffel Tower are so pristine now, it would be a shame to ruin them by putting something in the background.....

View attachment 282768

The irony of that picture is that from that zoom-angle across the lagoon is that if you did remove the Swan from the background... the Eiffel Tower would look awful.

There is no forced perspective from being this far away. You can see the base of the ET and it looks like it is literally sitting on a roof rather than being miles in the distance. If it was the actual tower miles in the distance, these nearby buildings would completely block the view of the base, but since they don't.... The Swan is being helpful by being a distraction.
 

Lensman

Well-Known Member
As the cars approach the station, we have cars A,B,C,D,E and F. All travelling at a fixed spacing, and then as they come off the main cable they slow right down and come into the station. Unload, round the 180 turn and load again on the other side. Back onto the main cable and off they go, accelerating to normal travel speed.

So car C gets pulled off to unload an ECV and slows almost to a complete halt, or is even stopped. When it's ready to rejoin the main line, what happens?
The Quicksilver Super6 double-loading detachable lift at Breckenridge splits chairs between the inside turnaround and the outside turnaround at a 1:1 ratio - every other chair goes to each loading area. They could solve the problem you describe with a static ratio of say 1:3 or even higher like 1:7. With a 1:7 ratio, 1 in every 8 gondolas would go to the outside special needs turnaround while the remaining 7 would use the inside turnaround. And the open spots from gondolas diverted to the outside track would be replaced by gondolas coming in from the outside track that had been diverted a bit earlier.

The ratio determines how much slower the outside track can be run. In the Quicksilver Super6 case the outside track runs at the same speed as the inside track. At a 1:7 ratio the Disney outside track could run 7 times as slow and give you 7 times as much time to unload or load. And I imagine that it can use this extra time to provide static loading areas rather than actually just have the cabins creep along slowly, though either might work. I just think that with static loading you'll get less incidental bumping of the gondolas by bad ECV drivers. In my mind you'd ideally clamp the ECV down to a pallet and autoload it onto the gondola like freight, but that's just because I've seen my aunt drive her ECV haphazardly at WDW. She would need a practice area with a model gondola before I'd trust her to not whack into the sides of the gondola even if it were static. I'm surprised more people aren't run over by ECVs at the parks.
 
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mmascari

Well-Known Member
As the cars approach the station, we have cars A,B,C,D,E and F. All travelling at a fixed spacing, and then as they come off the main cable they slow right down and come into the station. Unload, round the 180 turn and load again on the other side. Back onto the main cable and off they go, accelerating to normal travel speed.

So car C gets pulled off to unload an ECV and slows almost to a complete halt, or is even stopped. When it's ready to rejoin the main line, what happens? Let's say it's now going to rejoin after car F, so does it rejoin before G but with a reduced spacing between F, C and G, or does everything else have to slow right down to allow it to rejoin? In which case, isn't the whole line then affected because car G is then held up, to allow normal spacing to resume, and then H and so on?

Add a car, 1 to your example. Car 1 is already in the special load area, just sitting there.

When car C is pulled off the line into the secondary path, car 1 is injected into the gap that was just created. Exiting the station will be A,B,1,D,E and F.

When car C is ready to go back on after F, car G will be pulled off the main line into the secondary path creating a space for car C to go into. The line will now have A,B,1,D,E,F,C and car G in secondary path.

I would assume that the secondary path can hold more than 1 car, and that sending stations will need to clear that receiving stations are able to perform a swap. That should be relatively simple communication between stations. The only concern would be if you have someone in the middle of loading and are unable to inject a car from the secondary back to fill the gap by a car coming off. Procedures and communication should stop this from ever happening. If someone is being sent, simply don't allow anyone to start loading and if someone is in the act of loading, don't allow anyone to be sent, make them wait.

Now you can take as long as you want to load/unload without a care in the world, other than making someone else who needs the special loading wait. Exactly the same way the busses work. :)

It's really only some ECV's or some wheelchair that may need this. Basically, if you have more dexterity than a box of cargo, you shouldn't need it. If you do, the max wait time, is the full transit time of someone who is already on the line you need to wait for before you can start loading. That's probably still less time than loading one on a bus takes.
 

mmascari

Well-Known Member
Yes, I get that. I was talking about a specific diagram that looked like it had 2 wheels and either 1 or 3 ropes. All sorts of things could be added

I'm hoping LiftBlog can add the rope path. It took me a few minutes, but I can see how 1 rope going in each direction could navigate the set of wheels in 2 stacks to create the path shown. The turn in one direction is definitely simpler to figure out than the inside turn.
 

lazyboy97o

Well-Known Member
Based on the layout of the transfer/hub station, I suspect all 3 lines will operate clockwise. Presumably the Epcot and Studios lines will carry the most guests, and therefore need the most queue space. Clockwise operation allows queue space within the building, and easy transfers between the two heavily-traveled lines. Based on the foundations, the easternmost portion of the building does not appear to be intended for gondola storage

The Pop line will have relatively low ridership which wouldn't warrant much queue space, so it could operate in either direction. For the sake of clarity and wayfinding, it would be logical to operate it clockwise as well, to keep the entrance queue separated from the Studios line

This is obviously a crude sketch, but it shows how crowdflow could work through the central terminal station. The bold lines denote gondola operations, while the thin lines are general guest movement patterns
View attachment 282746
Flip your Disney's Hollywood Studios and Pop! Century/Art of Animation queue. This places discharge for the north-south lines along the edge of the building, with all three queue entrances on the interior, and places Disney's Hollywood Studios loading on the side from which guests are approaching. Pop! Century and Art of Animation are also a very large complex and that line is the shortest, which would create the need for a larger queue than the other two.
 

Lift Blog

Well-Known Member
I'm hoping LiftBlog can add the rope path. It took me a few minutes, but I can see how 1 rope going in each direction could navigate the set of wheels in 2 stacks to create the path shown. The turn in one direction is definitely simpler to figure out than the inside turn.

Here's a one rope scenario that requires only three bullwheels at slightly different heights.
anglestation1.png
 

_caleb

Well-Known Member
PS: I suggested a year ago they would pull cars off the main travel path for a stationary loading, working out the capacity issues on that extra area along with swapping the cars in and out of the main travel path, and communication issues so they don't run out of space. After all, even a slow special needs loader doesn't have any worse mobility than a box of supplies does on it's own. This was followed by a series of replies that they were not doing it, it wasn't possible, and required stopping the line to accomplish (which would defeat the purpose). :cool:

I can relate. It took some of the fun out of the conversation for me when I mentioned the same thing and was shut down. Hope you feel vindicated now. I'm sure nobody meant anything by it. We're all learning together about what Disney is doing, and sometimes none of us knows! I'm glad you're still participating.
 

rocketraccoon

Well-Known Member
So about the sight lines with the Eiffel Tower, there's only two real places in the park that you'd be able to see the gondola tower. This view is from near the beginning of the Mexico pavilion:

ZIoWd7z.jpg


And from the bridge right outside of the France pavilion:
XKJOtpb.jpg


Mind you that if you go a little bit closer, it's hidden behind the buildings:
Yu7JhY8.jpg


You might be able to see it from the Norway pavilion too, forgot to check.

Even including that, the yellow areas below should be the only places you will ever see that gondola tower, and the ones across the lagoon can be covered up pretty easily:

d7yagP5.jpg
 

FigmentForver96

Well-Known Member
So about the sight lines with the Eiffel Tower, there's only two real places in the park that you'd be able to see the gondola tower. This view is from near the beginning of the Mexico pavilion:

ZIoWd7z.jpg


And from the bridge right outside of the France pavilion:
XKJOtpb.jpg


Mind you that if you go a little bit closer, it's hidden behind the buildings:
Yu7JhY8.jpg


You might be able to see it from the Norway pavilion too, forgot to check.

Even including that, the yellow areas below should be the only places you will ever see that gondola tower, and the ones across the lagoon can be covered up pretty easily:

d7yagP5.jpg
It really isn't that intruding to the area. It was certainly not as bad I as I imagined it would be.
 

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