Skip to main content

Big Frozen Drink Cup

Product: L2202


It's five o' clock somewhere! This festive inflatable frozen drink cup helps BFD Big Frozen Drinks attract traffic to their location during special promotions.

Specifications

  • Dimensions: H: 15 L: 10.3 W: 10.3
  • Includes: External blower system, storage bag, tether set, installation hardware & repair kit
  • Weight: 58 lbs.
  • Packed DIMS: 25" x 25" x 25"

Images


What Others Say About Landmark Creations

“Not only have they been extremely impactful, attracting hundreds of potential consumers to our sampling teams, but the ease in which we can install them has been a great help...”

- B. Gerety, Veryfine Products, Inc.

"Our tunnel was also a great addition to our pre-game tradition: the Wildcat walk. Our city shuts down three blocks of downtown, and we have hundreds of fans lining the streets with a police escort, while we walk to the stadium."

- Sam Baker, Head Football Coach at Waconia High School

"[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

“This has created tremendous buzz around town and we have received a great deal of compliments on the Big Tire. Exposure is my goal, and the inflatable does that better than anyone, including me, can do at these events. The Big Tire never takes a break, gets tired or has to take a call. It just keeps shining bright and the kids love it.”

- Ed Chaney, Ed Chaney Tire Center Inc.

"[There was] fun, excitement, and encouragement for everyone to actually walk under/through [the arch] and it worked.  We have cheerleaders and small children at the finish line by the arch handing out stickers, saying ‘I did it.’ Before we had the arch, [people] would straggle in anywhere."

- Jackie Allen, March of Dimes

"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