The Evolution of Snowboarding Tricks: How Far Will It Go?

🏂Snowboarding tricks are advancing at an astonishing rate, with athletes now spinning up to 2160 degrees in the halfpipe.

🌪️The jumps in snowboarding competitions are getting bigger to accommodate the increasing level of difficulty.

🔄There is a debate in the snowboarding community about whether there should be parameters on trick progression to ensure the safety of athletes.

📏Some argue that straight airs should be reintroduced to competition runs to provide a contrast to the complex spinning tricks.

🤝The snowboarding community is divided on this issue, with different riders having their own opinions on trick progression and straight airs.

How far can snowboarding tricks progress?

—Snowboarding tricks can progress as far as the athletes' skills and bravery allow. With the current level of progression, it's hard to predict what the future will hold.

Why are the jumps getting bigger?

—As athletes are spinning up to 2160 degrees in the halfpipe, the jumps need to be larger to accommodate these tricks and ensure the safety of the riders.

What are parameters on trick progression?

—Parameters on trick progression refer to setting limits on the complexity and risk of tricks to ensure the safety of athletes and maintain a fair competition.

Why should straight airs be reintroduced?

—Some argue that straight airs should be reintroduced to add variety to competition runs and showcase different elements of snowboarding style and technique.

What is the snowboarding community's opinion on this issue?

—The snowboarding community is divided, with riders having different opinions on trick progression and the inclusion of straight airs in competition runs.

00:04Snowboarding tricks are advancing rapidly, with athletes spinning up to 2160 degrees in the halfpipe.

02:53There is a debate in the snowboarding community about whether there should be parameters on trick progression or if straight airs should be reintroduced.

10:47The jumps in snowboarding competitions are getting bigger to accommodate the increasing level of difficulty.