Brains
From snowboarding’s earliest days, riders worked to recreate the art of flight they found on skateboard ramps and in empty pools on snow. Before technology caught up with creativity, that meant using the natural landscape: ditches, creek beds, whatever could be shaped with shovels.
- Related: SnowBrains Podcast Ep. 104 — Alex Ferreira: Olympic Gold Medalist, Halfpipe Skier, & HotDog Hans
What exists now as the standard for freestyle skiers and snowboarders is something else entirely. Superpipes, cut with precision and built for speed and amplitude, are specifically designed to give riders the best possible ride.
What is a ‘Superpipe?’
A superpipe is a halfpipe that is about 64 feet (19.5 meters) wide and typically between 400 and 600 feet (122 and 183 meters) long, with walls approximately 22 feet high (6.7 meters). The walls of the pipe are near vertical, with a smooth transition that allows riders to carry maximum speed.
The larger walls and longer transition give riders more time in the air and a more forgiving landing zone. Despite their size, modern superpipes are often considered safer than earlier designs due to smoother transitions and more consistent construction. Superpipes require specialized equipment — and a great deal of snow—to build and maintain. The most commonly used machine today is the Zaugg Pipe Monster.
Doug Waugh and the Modern Halfpipe
In 1990, Doug Waugh — a farmer and machinist — built his first prototype, initially selling his design to a manufacturer in Fort Collins, Colorado. When that company decided snowboarding wasn’t a viable market, Waugh bought back his design and launched Pipe Dragon Inc.
Less than a decade later, Waugh’s team had exported over 120 Pipe Dragons globally. They even built three massive ‘Super Dragons.’ When Waugh was tapped to build the 1998 Olympic pipe, it was featured on 60 Minutes. Though only 11.5 feet (3.5 meters) high — tiny by modern standards — Olympic hopefuls like a young Todd Richards called it the best pipe they had ever ridden.
Waugh’s impact on freestyle skiing and snowboarding is felt every time a rider drops into a modern superpipe. It’s one of those strange truths: two of the most important figures in snowboarding — Sherman Poppen and Waugh — weren’t athletes. They were builders.
Superpipe Science, and a Brief Timeline
- 1980s: Hand-dug pipes, roughly 9–10 feet (3 meters) high
- 1990: Pipe Dragon introduces machine-cut walls
- 1990s: 12–15 foot (3.7 to 4.6 meters) pipes become standard
- Early 2000s: 18-foot (5.5-meter) pipes widely adopted
- Mid-2000s onward: 22-foot (6.7 meter) superpipe becomes the competition standard
18-foot pipes were initially considered the “superpipes.” As the size increased, the term shifted to describe the 22-foot version used today.
The 22-foot standard has stuck for a reason. The larger walls create a longer transition, which helps riders hold speed and stay balanced through the turn. This translates into more height out of the pipe and more time to complete tricks. It also makes landings more forgiving: with more wall to work with, riders are less likely to overshoot into the flat bottom. At this size, the superpipes also hit a practical limit. They are big enough for modern tricks, but still realistic to build and maintain.
That balance — between size, precision, and practicality — is what makes the modern superpipe so important. It’s not just a feature; it’s a platform engineered for progression. Every clean wall, every consistent transition, every perfectly cut lip removes variables and gives riders the confidence to push further. In a discipline where hesitation means lost speed and lost height, that reliability is everything.
The result is visible every season. Tricks that once defined an era quickly become baseline, replaced by something bigger, cleaner, or more technical. Riders aren’t just reacting to the pipe anymore—they’re trusting it, using it as a constant while they experiment at the edge of what’s possible. The superpipe doesn’t create progression on its own, but it enables it in a way nothing else in freestyle can.
In that sense, the modern superpipe is less about its dimensions and more about what it allows. It turns snow into something predictable enough for athletes to take risks, and stable enough for them to land them. And as long as that balance holds, it will remain one of the most important tools for driving the next generation of breakthroughs in skiing and snowboarding.
