This Wilson Traditional Soccer Ball has a classic black and white design that kids are familiar with. For that fact, kids will have no problem becoming acquainted with this fun soccer ball with it’s non-distracting design. This is a very tough soccer ball with machine sewn stitching to ensure that the panels stay in place and the stitching will not fray as your kid kicks it up and down the soccer field or in the backyard. This Wilson Soccer Ball is so tough that even your family pet and kid may play together without the ball getting ruined. With it’s synthetic leather exterior, this Traditional Soccer Ball by Wilson is not only eco friendly, but easy to clean, too. The soft synthetic leather makes it very easy to write your kid's name onto the ball so that it will not get mixed up with the other kids they may play with in view of the fact that soccer balls promote social play.
Kids' everyday life are full of imaginations and adventures. From playing mommy to top restaurant chef, their role playing abilities are limitless. Why stop there? With this one of the kind animal soccer balls, designed to be fun and safe for kids as young as 18 months all the way up to 5 years old. Now, their imaginations could roam the safari, amazon forest, or even the coldest north pole. These mini soccer balls are tested rigorously to pass all BPA, phthalates, lead, and heavy metals requirements to ensure a 100% fun time with zero worry. Measured 5.75" in diameter and made extra soft, they are just the right size for toddler and young kids to have fun without straining and hurting their feet.
The soccer is the world's most popular and widely watched game. Due to increasing technological advancement and demand for performance, the ball manufacturers have been developing new designs progressively. A traditional spherical football made of 32 leather panels stitched together in 1970s has become only 14 synthetic curved panels thermally bonded without stitches ball in 2006 and more recently 8 panels football in 2010. Despite being most popular game in the world, scan data is available on aerodynamic properties of footballs especially Jabulani, Teamgeist and Fevernova balls. The primary objectives of this study were to evaluate aerodynamic performances of these three soccer balls. The aerodynamic forces and moments were measured experimentally for a range of wind speeds. The aerodynamic forces and their non-dimensional coefficients were determined and compared.
Soccer — or football as it's known around the world — is arguably the most loved sport on Earth. Although Americans still aren't as enamored of the sport as the rest of the world is, teams around the country are stealing hearts and minds, and Americans are getting into the game. For years, soccer has been a sport played by kids, college students, and ex-pats, but it's now being cheered in stadiums and watched on national TV.
In 2010, the infamous Jabulani balls for the World Cup in South Africa transitioned from turbulent to laminar flow between 50 and 45 miles per hour, right at the speed for corner and free kicks. The transition between these different types of flow causes even more drag on the ball, which caused the Jabulani to wobble in the air and drop in ways that players weren’t expecting.
This soccer ball’s spectacular colors and design are wonderful for stimulating your kid’s visual sensory while keeping them focused on the ball during soccer games and free play. Your kids will have no problem distinguishing this Vizari Blossom Soccer Ball from their teammate’s soccer balls due to the the unique design of this ball. It’s shiny covering and soft surface are great in stimulating tactile sensory. While playing with this soccer ball, you are sure to see a boost in your young girl’s self confidence and esteem as this ball is specifically designed for girls.
At the World Cup level, these tiny changes in a ball’s aerodynamics can legitimately impact a team’s performance, so the intense scrutiny of the World Cup ball is perhaps to be expected. “You could argue that it’s the most important piece of equipment in the most popular sport in the world,” says John Eric Goff, Professor of Physics at University of Lynchburg.