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Chicago Fire Soccer Ball

Product: L3690


The Chicago Fire Soccer Club, in partnership with TEAM Coalition and Miller Lite, promotes responsible drinking and positive fan behavior at soccer matches with this custom inflatable soccer ball.

Specifications

  • Dimensions: H: 10 L: 8 W: 8
  • Includes: Internal blower system, storage bag, tether set & repair kit
  • Weight: 45 lbs.
  • Packed DIMS: 20" x 20" x 20"

Images


What Others Say About Landmark Creations

"[The logo] helped us create a better presence, improved foot traffic, became a photo backdrop and helped us have the best-looking booth at the events,"

- Laura Repreza, KTLM Telemundo 40

"Thank you so much for getting the arch to us in time for our event!  The arch looked great and we couldn't of been happier with the look.  Looking forward to ordering another arch from you for our 2013 events!"

- Holly Vittengl, Gladiator Assault Challenge

"Since they were purchased, these Sonic areas have attracted a great deal of attention when using the cup at the store or at special events in the community. [...] You have been excellent to do business with, always letting us know about any special deals and shipping the items quickly so we can start putting them to work. I appreciate your attention to our group of Sonics and for handling your business in a very professional manner, always delivering any information I need when making a decision. Here is a special thanks, with a "cherry on top."

- Mason-Harrison, Jarrard Enterprises

"The speed of production was remarkable. We now have eight Hot Stuff balloons that will travel all over the USA to invite people to try our great-tasting pizza."

- B. Eble, Hot Stuff Foods

"Landmark created two inflatable Truman the Tigers for us, and they were incredibly easy to work with, as well as very affordable."

- Michelle Froese, Missouri University

"This year’s event was the highest attended in some time, and the [inflatable] astronaut, front and center on our Portico, was a great visible draw from all over the area."

- Dennis Bateman, Carnegie Science Center