“The kit and boots feel great,” said Wambach. “If you look good, you are ready to play well, and when I wear this on the pitch, I feel inspired to play well for my country, our team, and the fans."
For the first time, Nike has also created a pack of women’s footwear that includes all four of Nike’s cleat types – Mercurial, Magista, Hypervenom and Tiempo - in a stunning color combination designed in concert with the USWNT home uniform. The cleats combine flashes of volt yellow with a striking ‘Blue Lagoon’ color, a nod to the famous lakes of 2015 FIFA Women’s World Cup host nation Canada.
“This is a huge moment for these players and for women’s sports. It was a privilege to design this uniform for the best team in the world,” stated Martin Lotti, Global Creative Director for Nike Soccer. “When creating for this amazing event so close to home, we wanted to create real impact and make sure it was built for brilliance in every way. This is also the first time we’ve designed an integrated look from the cleats up. We see the combination of the new uniform and footwear collection as an expression of our commitment to performance, innovation and style.”
- The inside back of the neck features a blue triangular pennant design with 13 white stars, a numeric reference to the original U.S. colonies and a visual reference to the American flag.
- The names and numbers on the back of the shirt feature an angular, modern typeface that is a modern twist on traditional American collegiate-style graphics and designed specifically for U.S. Soccer.
- The kits are made from recycled plastic water bottles. The shorts are 100 percent recycled polyester; the shirts are 96 percent polyester, while the socks are 78 percent. They average a total of 18 recycled plastic bottles per uniform, while also lowering environmental impact.
- Nike Dri-FIT draws sweat away from the body to the exterior of the shirt and shorts where it quickly evaporates. Laser-cut ventilation side holes and strategic mesh paneling, including a full-mesh jersey back, help increase air circulation and thermoregulation.