Orders placed on weekdays before 3pm CST ship the same day.
Our ball’s hand-sewn, 32-panel microfiber cover offers a tremendously soft feel while still maintaining rugged durability. This is our entry-level indoor ball, offering a less-intimidating option than other balls.
Made for Indoor Play
Bring your soccer games indoors with a softer, non-intimidating ball. Its microfiber suede cover is soft to the touch, helping to lessen the sting upon contact with players. The ball should be used indoors only, as suede is not as durable as polyurethane, PVC, and rubber.
While the ball might not stand up to the elements outside, it has been built to last indoors. The hand-sewn cover has stronger and more secure seams than machine-stitched balls. The butyl bladder holds air longer, meaning the ball requires less maintenance than balls with latex bladders.
Great for School Settings
The balls come in 2 sizes: Size 4 for middle schoolers, and Size 5 for junior high and up. Rainbow® colors make organizing groups and teams for drills and games quick and easy.
Two additional color options, Optic and Screamin’, are fun, bright, and easy to see across large distances. It's a great option for physical education classes.
Gopher Indoor Striker™ Soccer Ball Options
Gopher Indoor Striker™ Soccer Balls are available in 2 sizes in Rainbow® Sets of 6 or Individually in 2 colors.
Composite: Offers superior touch and softness. The best for competition. Polyurethane: Provides a soft touch, with durability and water-resistance. For practice or match play. PVC: Durable and scuff/water-resistant, but not as soft as polyurethane. For practice and recreation. Rubber: Waterproof and the most durable, especially on asphalt. Great for institutional use. Felt/Suede: The softest, friendliest cover material. Exclusively for indoor use.
C-2: The best touch and rebound, but with improved air-retention due to its mix of carbon and latex. Latex: Offers superior touch and rebound. Least air-retention quality; requires more frequent filling. Butyl/Rubber: Retains air exceptionally well and provides uniform pressure dispersion.