Behind the Scenes Tour at Hunter

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Behind the Scenes Tour at Hunter

snoloco
This post was updated on .
This past summer I scored a behind the scenes tour of the Kaatskill Flyer at Hunter Mountain with their lift operations director. I got to see inside both terminals and I learned some interesting facts about the lift. This was the video that I took inside the bottom terminal which was the drive. Video of the top return terminal to come soon.

I've lived in New York my entire life.
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Re: Behind the Scenes Tour at Hunter

Cornhead
Cool, lift technology has sure come a long way from a rope attached to an old truck engine.
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Re: Behind the Scenes Tour at Hunter

DackerDan
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Re: Behind the Scenes Tour at Hunter

Adk Jeff
Very cool Snoloco.  I enjoy any behind-the-scenes look, whether it's lifts, snowmaking, grooming.  
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Re: Behind the Scenes Tour at Hunter

snoloco
In reply to this post by DackerDan
DackerDan wrote
Nice video. Must be a brand new lift.
This lift was built in summer 2010 and is a Leitner Poma Omega design.  The motor is rated for 700hp.  This lift is a bottom drive with tensioning at both terminals.
I've lived in New York my entire life.
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Re: Behind the Scenes Tour at Hunter

Harvey
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In reply to this post by snoloco
I guess I'm a closet lift geek. That is cool!

Looks like the brakes are just for roll back protection?

(If the video above doesn't load us the "Refresh" Link in the upper right.)
"You just need to go at that shit wide open, hang on, and own it." —Camp
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Re: Behind the Scenes Tour at Hunter

evantful
Pretty Cool!

Normally they have three levels of braking:

Use of the electric drive motor and gearbox is the main brake force for most purposes.

They normally then have the first layer of emergency braking in the event of motor failure or gear box failure, In the video above it looks like its using pads on a flywheel attached the the main drive line.

Then finally the 3rd layer is typically a catastrophic brake. This would only be used in the event the other two systems failed, and a roll back was likely to occur. In older designs a lot of times this involved ratcheted teeth on the top of the bull wheel with a mechanism coming down on the teeth and locking up the wheel, exerting massive force and bring everything to an abrupt stop. It could be operated in the event of power loss or loss of hydraulics. This had the potential to cause significant damage to the lift.