The Minnesota-based company BalancePlus worked with research developed at the University of Western Ontario to create an insulated brush head to warm the ice more efficiently. The key, says president Scott Larson, is technology that keeps the heat close to the ice, without smoothing the ice as much as the abrasive fabrics that were used in the past.
The result -- called the Equalizer brush head -- was used by Team Canada for the 2010 Olympics. For the women, it offered an overwhelming advantage. With a typical brush, they raised the temperature by 1.2 degrees; with the Equalizer head, they were raising it 2.6 degrees.
The men were able to raise the temperature of the ice 29.63 percent. They normally raise it by an average of 2.2 degrees, but with the insulated head, they raised it 3 degrees.This year, Team USA and other curling competitors will be using the Equalizer too.
Do you wonder how figure skaters manage to land such challenging jumps? Of course, it takes natural ability and years of practice. But modern technologies, such as motion capture imaging, play an important role.
"It’s video technology along with some really powerful software that’s able to recognize where absolutely every point on a person’s body is during a dynamic move such as a jump," explains engineer Kim B. Blair, Ph.D., a Vice President at Cooper Perkins, Inc., and the president of the International Sports Engineering Association. "That kind of information can be used in training to help the athlete get that extra little bit of spin that they need, that extra bit of lift that they need to perform that next trick that they’re trying to master."
Before they hit the half pipe, snowboarders stand waiting at the top of the course. They’ve already warmed up for their ride – and it’s important to stay warmed up, says Blair.
With this in mind, Under Armour and Nike have designed high-tech jackets for Team USA and Team Canada.
“Inspired by the ceramic coating that absorbs infrared light and allows military planes to go undetected, a distinct pattern on the inside of the garment stores and recycles body heat,” Under Armour explained in a press release.
Beyond innovations in individual sports, scientists and engineers are also there just in case Mother Nature doesn’t dump enough snow on the ski and snowboard venues.
Michigan-based SMI Snowmakers is working with Russian authorities to pump 12,151 gallons of water per minute to the mountainside, where 403 snowmaking guns are primed for action. Fiber-optic cables link the snowmakers to SMI software for automatic delivery. If the technology fails, Russia has a backup plan: last winter, officials stockpiled 16 million cubic feet of snow, storing it under giant thermal blankets, Popular Mechanics reports.
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