surfing

Surf Anywhere, Inside a Giant Wheel

This all-terrain board concept would thrill the PopSci editors of 75 years ago

In-Loop: The curl on the street today is pretty gnarly, brah

Ever feel ripped off that you can only surf or snowboard in the confines of the ocean or on a snowy mountain? The new Loop-In design concept hopes to allow you to shred out of those constraints. Looking like a surf-/snow-/skateboard hybrid attached to two gigantic hoop wheels, the In-Loop promises radical movement just about anywhere, dude.

The Loop-In is still only a concept at this point, based upon the often-theorized, rarely used, huge overhead hoop wheel. In the wild 1920s and '30s, Popular Science had a mania for predicting revolutionary transport concepts that incorporated similar wheels.

[ Read Full Story ]
The Breakdown

The Physics of Surfing (Part Two: Tubes and Barrels)

The wave dynamics of serious tube riding

Probably the most sought-after surfing experience is the tube ride (a.k.a. "getting barreled"). A tube ride occurs when the top of the wave pitches over the surfer so that he or she is completely enclosed in an oval space behind the curtain of falling water. Inside the "green room," you are hurtling through a tunnel of water and the only way out (without wiping out) is straight through the opening in front of you. Hollow waves are foot-for-foot the most powerful variety of breaking wave, and good tube riding is really difficult. It requires timing, experience, and skill. The video shows us some world-class surfers making it look easy!

[ Read Full Story ]
READ MORE ABOUT > , , , ,
The Breakdown

The Physics of Surfing (Part One: Dropping In)

Catching the biggest waves takes some work

There are few things more impressive than watching a big-wave surfer dropping into a monstrous "bomb" 60 or 70 feet high. Actually doing it must be quite an adrenaline rush. (I've been out in waves maybe a fifth that size and even then the energy of the wave can be, well... terrifying!) In the video we can see that the surfer gets towed into the wave with the aid of a jet ski. If you're familiar with surfing you might be aware that once waves get big enough (wave faces larger than 40 or 50 feet) it's impossible to paddle into them in the "traditional" way: you have to be towed in. Why is this? Not surprisingly, it all has to do with some basic principles of physics.

[ Read Full Story ]

Shredder

A stronger, cheaper surfboard made of the same material as a moving box

Clear Seas: This surfboard’s frame is cut from 16.6 square feet of cardboard and covered in transparent fiberglass.  Brian Klutch
When it came time to replace his old surfboard, Mike Sheldrake decided to build his own. But the former Web programmer didn’t have the sculpting skills to carve one out of foam the way professional builders do. So he used 3-D modeling software to design a snap-together deck that’s as sturdy as a conventional model and performs just as well, made from the cheapest material he could find: cardboard.

[ Read Full Story ]



Download Our iPhone App

Stay up to date on the latest news of the future of science and technology from your iPhone with full articles, images and offline viewing



Follow Us On Twitter

Featuring every article from the magazine and website, plus links from around the Web. Also see our PopSci DIY feed



Become a Fan On Facebook

Share links with friends, comment on stories and more


November 2009: Astronaut 3.0

Inside NASA's astronaut bootcamp and the grueling new training regimen for deep space. Plus, ten young geniuses shaking up science today, one writer's quest to analyze every man-made chemical in her body and more.

Check out the issue's full contents online here

Popular Science Photo Pool


Share your photos in the Pop Sci pool at www.flickr.com!
tags_sprite.png
POP_embeddedForm_cover_May09.jpg