Do you ever get that feeling when you’re watching a video of a thrill ride, or someone atop the roof of a skyscraper, where even though you’re sitting in safety, you still get the heebie-jeebies? Well, that’s how I felt as I looked towards the top of the World Cup snowboard run that’s being constructed at Commonwealth Stadium.
The top of it stretches nine metres above the top of the stadium’s top deck. The stairway basically hangs over the back of Commonwealth Stadium’s roof. Just walking up there, let alone snowboarding down the ramp, feels like something you’d file into “very bad idea” file. It feels like someone designed this thing, then, in his or her mind, heard Dave Chappelle blurt out “cocaine’s a helluva drug.” It is the stuff of mad science. Maybe, just maybe, I could imagine Doctor Strange conjuring up such a thing.
It plummets 15 storeys, and is the first of its kind in the world. Yes, man-made jumps have been placed in stadiums before, but they’ve been located in the middle of the bowl. Never before has a ramp been incorporated into the stands, where the stadium itself becomes part of the course’s architecture.
This will be the centrepiece of the FIS Snowboard Big Air World Cup event in Edmonton, with qualifying stunts on Dec. 9, and the finals going on under the lights on Dec. 10.
“We build jumps like them a lot, but we don’t ever get to build them inside a stadium like this,” said Richard Hegarty of Canada Snowboard. “Normally, we build them and rebuild them, but with this, it’s a one-go thing. We’ve got one shot at it. It’s impressive.”
He said having a jump in a stadium will give snowboard fans a better points of reference for how much speed the snowboarders need to build up, and just how much distance their stunts cover. Sure, they cover the same distances when they’re on the side of a mountain, but, because the crowds are standing on the mountain, too, they don’t fully appreciate the slope. It’s like when you go on a mountain vacation; you might be in a resort that’s thousands of feet above sea level, but you never notice the height outside of the thin air.