Regardless of how popular the soccer ball is, this is also one of the most durable soccer balls that we reviewed. This starts with the casing, which is made out of PVC. While this is not the best material for touch, PVC is one of the most durable materials used for soccer ball casings. On top of the casing, the lining of the Wilson soccer ball is made of nylon that is stronger than the commonly used polyester alternative. Combined, the nylon and PVC also make this the most water-resistant soccer ball on our list.
Most people assume that it’s a European or South American native sport. As much as soccer is a mighty sport, the tools of the trade are of great importance and in this case, we need the best soccer ball. In a match, gear and a goal post can be improvised but never the soccer ball. It dictates the direction of the game; the better the ball, the better the game.
Wilson is a great supplier for high schools and colleges, much like Select, and this ball will continue that legacy. Its fused panel and new “hybrid” technology help lower the amount of water that enters the ball, thus allowing it to be much more durable. It claims to have 32 “premium” panels that give you a flight that you can control and predict as well as equal airflow throughout its surface. It is also a highly visible orange, so it will turn a few heads. Combine that with a very reasonable price, and this is an overall great soccer ball for student-athletes.
Controlling the game is everything. From touch, shape, and movement, to flight of the ball, the construction of your soccer ball can impact how well you command the pitch. Competitive soccer players usually have different types of soccer balls for training, match day or just to kick around. See the options below for choosing the right adidas soccer ball for your favorite type of play.
It is also a good idea to clean your soccer ball after you have finished using it. Although regularly cleaning a soccer ball can be a time-consuming chore, it will extend the life of the ball’s cover. The grit, dirt, and debris that the ball can pick up on any pitch impacts the panels and stitching with every rotation. So clean it thoroughly and then allow it to dry for the best possible results.
Inflate soccer balls to the pressure of 6-8 PPI (pounds per square inch). A pressure gauge will tell you when the air is enough. Under or over-inflating a soccer ball will shorten its life in one way or another. When under-inflated, the ball will not be resistant to the impact of kicks. On the other hand, over inflation will stretch out the bladder and put pressure on the panel stitches.
In 1838, Charles Goodyear introduced vulcanized rubber, which dramatically improved the football. Vulcanisation is the treatment of rubber to give it certain qualities such as strength, elasticity, and resistance to solvents. Vulcanisation of rubber also helps the football resist moderate heat and cold. Vulcanisation helped create inflatable bladders that pressurize the outer panel arrangement of the football. Charles Goodyear's innovation increased the bounce ability of the ball and made it easier to kick. Most balls of this time had tanned leather with eighteen sections stitched together. These were arranged in six panels of three strips each.
With 32 machine stitched panels, the American Challenge Brasilia comes together to create a soccer ball that has a beautiful, shiny outer casing. 4 color choices include Lemon, Lime, Orange, and Raspberry. The design on each ball is elegant without being distracting, and its surface is resistant to scrapes and scratches that ruin the aesthetic appeal.
Latex bladders are one of the best materials when it comes to ball construction. However, with latex bladders, air won’t last as long as butyl bladders and will need more attention for proper inflation. Butyl-blend bladders hold in the air much better, but they are harder and less receptive in play. Mid-priced balls will usually have a mix of butyl and rubber. https://www.youtube.com/watch?v=c1SVcjYY6TE