On the first official day of winter, it’s time to talk about winter sports! My favorite winter sport, personally, is doing squats in front of the Netflix, but I admire those who actually get outside and interact with the elements, turning the snow and the ice and the cold to their advantage. There’s a huge ski resort just a few miles from me, and as I drive past it, I’m always impressed by the people I see coasting gracefully down the near side of the hill. Or not so gracefully – there are all sorts of skill levels, but if they’re still standing up, I’m plenty impressed.
The way I’ve heard some skiers and snowboarders tell it, though, getting down the mountain is the easy part. There’s a lot of work to be done before you’re even ready for launch, and woe betide you if you’re a bit slower and/or clumsier at getting your equipment strapped on than the rest of the people in your group. Snowboarders, in particular, tend to get dirty looks as they bend or even sit down in the snow to buckle their boots securely to their boards while the skiers in their group wait, having quickly snapped on their own skis.
The day may soon come, though, when snowboarders can simply step onto their boards and have them snap tightly onto their boots with the same mechanism that their skier friends enjoy. It sounds like an obvious solution, but the industry has struggled for years to develop snap-on snowboard bindings that don’t negatively affect performance. Burton Snowboards will be releasing their new Step-On binding next fall, priced at between $250 and $400 and said to finally meet the goal of saving time without sacrificing performance.
Developing the product was no short-term task; the company has been researching and working on it for more than four years. It may have been even longer than that, however, if Burton hadn’t relied on 3D printing to prototype the designs. The company has several 3D printers that they’ve been using for research and development and prototyping for a few years, and that have been responsible for the creation of some of Burton’s other successful recent products.
The company’s SLS 3D printers allowed the Burton team to prototype and test, prototype and test, and prototype again at a rapid pace, rather than having to send designs out to an outside facility and wait for the prototypes to be sent back to them in a process that can take months. The snowboarding industry has been unsuccessfully trying to come up with a satisfactory step-in binding for more than a decade; the fact that Burton was able to take a difficult concept from idea to market-ready product in four years really shows what 3D printing can do for product development.
If the bindings live up to expectations, life could get a lot easier for snowboarders, who will no longer have to fumble with straps and buckles, getting their hands wet and holding up others – they can just hop on and go. Chris Cunningham, Burton’s vice president of product, estimates that the Step-On bindings could save riders 30 seconds per run, which may not sound like much until you add it up to realize that those 30 seconds could translate into hundreds of additional trips down the mountain over the course of several years.
For a dedicated snowboarder, that’s a huge difference – and one that could make the winter just a bit more satisfying for those who choose to embrace it rather than hiding from it. You can check out the new bindings in action in the video from Snowboarder Magazine below:
Discuss in the Burton Snowboards forum at 3DPB.com.[Source: Associated Press / Images: Gabe L’Heureux, Burton Snowboards]
You May Also Like
Green Fab Lab: Using the Fab Lab To 3D Print New Things From Recycled Plastics
Fab labs, growing in popularity around the globe, have a reputation for being smaller forums where the tools are provided for creative manufacturing, often centered around 3D design and 3D...
How 3D Printing Could Impact Technology Doping In Sport
Elite-level athletes are notorious for trying to stay one-step ahead. In the past, this has meant using nutrition science, advanced statistics, and even doping using performance-enhancing drugs. But in the...
Poland’s Emtel Uses 3DGence 3D Printers for Defibrillator Parts
The advantages of using 3D printing industrially are apparent around the globe. In the medical field, doctors are exploring ways to create necessary items like dentures, 3D printed implants, surgical...
Reducing the cost of 3D printed prototypes with 3ERP
3D printing has given businesses the ability to create prototypes quickly and at a low price. Using a 3D printer, it is now simpler than ever to turn a digital...