Nike via ReutersOverall, Wand says the streamlining produces a 14 percent reduction in drag, enough to provide a 20-inch advantage over a traditionally clad skater of equal ability in a 50-yard sprint across the rink.
In Turin, of course, any such advantage would be erased in games in which both teams wear the new outfits. In another few seasons, Nike hopes several major college hockey programs will have shifted to the new uniforms.
The new hockey uniforms are among many high-tech projects that will be showcased in Turin. Among other technology that could help this year’s U.S. Olympic team:
Nike’s Project Swift started in 1998 with development of the so-called Swift Suit for sprinters at the 2000 Olympics in Sydney; by the 2004 Summer Games in Athens, cyclists, rowers and swimmers also were wearing Swift outfits.
For the 2002 Winter Games in Salt Lake City, Nike created Swift Skin outfits for speedskaters. The speedskating outfits have been modified for Turin, both for long track and short track, with fewer seams and lighter materials.
Nike’s Advanced Innovation Team comprises about 40 specialists, including experts in industrial design, textiles and biomechanics. Development projects take up to three years.
Just as design of yachts or race cars is highly competitive, so is development of high-level sports apparel. Wand said Nike wants to give its sponsored athletes — from various nations — ample time to get comfortable in a new outfit, but doesn’t want to allow rival firms too much opportunity for reconnaissance and possible imitation.
“We have closed fitting sessions and closed practices, with no one but Nike athletes on the ice,” Wand said.
“Nike’s a global company — we don’t cut lines by geography,” he said. “We want to give the best technology to every athlete who wears our uniforms, so the suits are exactly the same from one team to another.”
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