snoloco
Well-known member
- Joined
- Jan 1, 2021
I skied at Killington today, and the Skyeship Gondola is finally operating as intended, with both stages connected together. For the past month it's been only the upper stage open, since it took forever to make snow down to the base. Every time I ride the Skyeship, I'm reminded of how unique and impressive it is.
It's actually two separate lifts, each with their own haulrope, drive, tensioning, and control system. Each stage can be run independently, or they can be connected to operate as one continuous lift. The mid station appears to be one long terminal, but it is actually two separate terminals, the top of the first stage and the bottom of the second stage, with a connector rail between them. When the connector rail is in use, the cabins interline between the stages, and the control systems for each stage are synchronized. This means if the stop button is pressed on the upper stage, it will also stop the lower stage. If the trail to the bottom of the lower stage is open, they will typically always run the lift with the stages connected. They will run only the upper stage early season when the trail to the base is not open, and they will run only the lower stage if the upper stage is on wild hold. If there is a problem with the connector rail, or the lift is running on diesel, then it has to run as two separate stages.
It was built in 1994, which makes it 28 years old, but is still cutting edge to this day. It's also one of the fastest lifts around, with a top speed of 1200 fpm. They do tend to run it at or close to this speed. Today it was running at 1150 fpm.
Here's a full recording that I took back in 2019.
Edit: I don't understand why this thread was broken out.
It's actually two separate lifts, each with their own haulrope, drive, tensioning, and control system. Each stage can be run independently, or they can be connected to operate as one continuous lift. The mid station appears to be one long terminal, but it is actually two separate terminals, the top of the first stage and the bottom of the second stage, with a connector rail between them. When the connector rail is in use, the cabins interline between the stages, and the control systems for each stage are synchronized. This means if the stop button is pressed on the upper stage, it will also stop the lower stage. If the trail to the bottom of the lower stage is open, they will typically always run the lift with the stages connected. They will run only the upper stage early season when the trail to the base is not open, and they will run only the lower stage if the upper stage is on wild hold. If there is a problem with the connector rail, or the lift is running on diesel, then it has to run as two separate stages.
It was built in 1994, which makes it 28 years old, but is still cutting edge to this day. It's also one of the fastest lifts around, with a top speed of 1200 fpm. They do tend to run it at or close to this speed. Today it was running at 1150 fpm.
Here's a full recording that I took back in 2019.
Edit: I don't understand why this thread was broken out.
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