Snowboarders in big air usually hit around 35–40 mph (56–64 km/h) at takeoff, with some courses pushing speeds close to 60 mph.
Watch a snowboard big air contest and the first question that pops up is speed. Riders launch off a huge ramp, spin through the night sky, and still manage to land on their feet. Behind that show sits a very specific speed window that lets them go big without overshooting the landing.
This article breaks down how fast riders go in snowboard big air, how course design sets that speed range, and what separates pro contest runs from park laps at your local hill. You will also see how these speeds compare with different riding levels and what that means for safety and progression.
How Fast Do Snowboarders Go In Big Air? Basic Numbers
On modern big air ramps used for top contests, snowboarders typically reach around 35–40 miles per hour before leaving the lip of the jump. A feature like the Olympic big air structure uses an in-run pitched around 38–39 degrees, a setup described in an Olympic big air physics explainer, long enough for riders to accelerate to that mid-30s to 40 mph band before the takeoff kicks them into the air.
Event features in city stadiums fall in a similar range. During the Polartec Big Air at Fenway event in Boston, the in-stadium ramp sent riders toward the jump at speeds up to about 40 mph so they could clear a 70-foot gap from takeoff to landing.
Those headline numbers describe top riders on tuned competition ramps. Smaller jumps in resort parks run lower, and speed varies with snow, wax, and rider style. The table below gives a helpful snapshot of common speed ranges from casual laps to world-record straight-line riding.
| Riding Context | Typical Speed (mph) | Typical Speed (km/h) |
|---|---|---|
| Easy resort park jump (small line) | 20–25 | 32–40 |
| Intermediate park jump | 25–30 | 40–48 |
| Advanced resort booter | 30–35 | 48–56 |
| Pro big air takeoff (World Cup or X Games) | 35–40 | 56–64 |
| Steeper big air setups on some tours | 40–45 | 64–72 |
| Snowboard cross race heat (not big air) | 50–60 | 80–97 |
| Speed snowboarding world-record run | 120–126 | 193–203 |
Only the middle rows in that table reflect true big air takeoff speeds. Snowboard cross and speed snowboarding involve straight-line runs where riders tuck and let their board run. Those disciplines provide context, not a target, for big air jump design.
Typical Big Air Snowboard Speed By Level
Every rider who reaches a big air final started on much smaller features. The speed they carry on each jump grows as the jumps themselves grow. A rider who is new to park tends to cruise at highway speeds that feel quick but still offer room to back out. A contest rider on a purpose-built big air jump is traveling much faster.
Resort Park Riders
On small and medium jumps at a typical resort, snowboarders often ride in at roughly 20–30 mph. Many never check a number on a GPS watch; they set speed by feel, lining up with other riders and adjusting with each attempt. That zone gives enough air time for straight airs, grabs, and simple spins while keeping impacts relatively mellow on missed landings.
Top Contest Riders
At the top tier of snowboard big air, speed becomes a controlled tool. Course builders and technical delegates set the in-run angle, length, and snow preparation so riders end up in a precise speed window. During major events, timing systems and video feedback help dial in that number run by run.
Reports from Olympic venues and big stadium events describe riders moving in the mid-30s to around 40 mph as they drop into the lip, fast enough to gain the air time needed for triple and quadruple cork tricks. Some courses, especially older or steeper builds, have pushed even higher speeds, which is one reason organizers constantly refine ramp geometry.
When someone asks how fast do snowboarders go in big air, this contest range is usually what they have in mind. It is quick enough that wind, snow texture, and wax choice start to matter a lot, yet it stays below the extreme velocities seen in speed skiing.
Training Jumps And Airbags
Riders do not first test a new triple cork on a full-size stadium jump. Many national teams now train on adjustable ramps with airbags or foam landings that let coaches fine-tune speed and takeoff shape. These ramps can mimic contest speeds while lowering risk during the learning phase.
What Affects Big Air Snowboard Speed
Two ramps can sit side by side and still send riders at very different speeds. Course designers and athletes manage many variables to keep takeoffs consistent from run to run. The main elements fall into three broad groups: course design, surface conditions, and rider choices.
Ramp Design And Angle
The in-run is the long, steep lane riders slide down to pick up speed. Articles on the engineering behind Olympic big air ramps describe slopes pitched around 38–39 degrees that drop roughly 150 feet from deck to lip, giving enough vertical drop to reach that 35–40 mph window without feeling like a cliff.
A slightly steeper build or longer in-run adds speed. A flatter build removes speed. Course crews also use features such as small rollers or a gentle dog-leg turn in the in-run when they need to bleed off a little velocity without asking riders to throw in heavy speed checks.
Snow, Wax, And Air Resistance
Snow temperature and texture change glide. Cold, dry snow tends to run slower and stickier. Wet spring snow or a firm, groomed surface can feel slick. Wax choice on the base of the board tunes the way the board slides on that specific surface, a detail that matters more as speeds climb.
Air density and wind also nudge speeds up or down. A headwind on the in-run slows riders and can shave off a couple of miles per hour. A tailwind can add speed yet make landings less predictable because the wind keeps the rider floating longer over the landing.
Rider Stance And Line Choice
Two snowboarders on the same ramp can still have slightly different speeds at takeoff. A compact, aerodynamic stance with hands low and board running flat builds speed. A more upright stance, slight edge angle, or small scrubs near the lip all cut speed.
Riders learn to judge this during practice runs. They mark a visual line on the in-run, count turns or pumps, and then repeat the same pattern each run so the takeoff speed stays predictable.
Risk, Safety, And Progression At Big Air Speeds
High speed is part of the thrill of snowboard big air, yet the sport has worked hard to manage risk. Course layout, safety gear, and rider preparation all combine to keep margins as wide as possible.
| Speed Range (mph) | Typical Setting | Main Risk Focus |
|---|---|---|
| 20–25 | Small resort park jumps | Learning takeoffs and landings |
| 25–30 | Medium jumps and early progression lines | Edge control and straight airs |
| 30–35 | Large park booters | Landing on the steep part of the slope |
| 35–40 | Modern big air contests | Complex spins and consistent landings |
| 40–45 | Steeper or older big air builds | Speed checks and overshoot prevention |
| 50+ | Snowboard cross and speed events | Crash energy and course protection |
Course Safety Features
Big air venues build tall side walls along the in-run to keep riders inside the lane as they accelerate. Landing zones extend well past the sweet spot so slightly short or long landings still meet a steep, forgiving slope. Netting and padding surround posts, rails, or other hard objects near the course.
Judges, technical delegates, and team staff all watch how riders handle practice runs. If many riders are overshooting or coming up short, crews adjust the in-run, reshape the lip, or change the start position so riders can reach the right trick level without feeling out of control.
Protective Gear And Fall Readiness
Most top riders wear helmets, back protectors, and impact shorts. Many also tape joints or use lightweight braces under clothing. That gear does not remove risk, yet it helps reduce damage when a landing goes wrong at 35–40 mph.
Fall training also matters. Riders spend time on trampolines, airbags, and water ramps learning how to bail out of spins, protect the head, and slide out crashes. Those habits carry over when tricks move to packed snow.
Stepping Up Safely As A Rider
For riders watching contests and wondering how fast do snowboarders go in big air compared with their own park laps, the answer should guide progression, not push shortcuts. Moving from a 20 mph small jump to a 35 mph big booter in one day invites trouble.
A safer path moves through clear stages. First, a rider builds solid edge control and flat-base comfort on groomed runs. Next, they ride small and medium park lines until they can land straight airs and basic grabs consistently. Only then is it time to sample the biggest jump in a local park, always starting with a speed check behind another rider or coach.
Speed awareness tools help as well. Many riders now glance at GPS watch logs or phone tracking apps after park sessions to see rough speed numbers. Those logs give a sense of how close their fastest resort laps sit to the mid-30 mph big air range.
Takeaways For Viewers And Riders
Snowboard big air balances two needs. Riders must go fast enough to float massive tricks yet slow enough to land on a steep slope instead of flat ground. Course builders, coaches, and athletes tune every detail to land in that 35–40 mph zone on most modern ramps.
When you watch the next contest, you can read the runs with fresh eyes. The calm body language of a rider standing at the deck, the smooth drop into the in-run, and the precise pop off the lip all come from years spent learning exactly how fast to go when the landing sits many stories below.