Skip to main content

Billboards & Logos

Carl's Jr Happy Star

Product: L2022

Custom inflatable billboards like this giant star for Carl's Jr. Restaurants increase restaurant traffic and brand recognition because they can be seen from far and wide.

Specifications

  • Dimensions: H: 20 L: 4.3 W: 16
  • Includes: External blower system, storage bag, tether set, installation hardware & repair kit
  • Weight: 88 lbs.
  • Packed DIMS: 24" x 24" x 24"
View the Carl's Jr Happy Star Case Study

Images

View
View
View
View
View
View
View

Categories

Cold-Air Inflatables / Billboards & Logos / Rooftop Advertising / Restaurants

Related Items

See More Custom Inflatable Billboards & Logos

Amplify brand recognition with giant custom inflatable billboards and logos—ideal for events, rooftops, and high-visibility promotions.

What Others Say About Landmark Creations

“He’s fantastic! And already promised to four stores... Thank everyone for all their great work.”

- Precision Tune Auto Care

"Our Landmark Creations blast tunnel made for an incredible night and it was exeremley well received by the players, coaches and fans. Thanks to you and your team for a first class effort. Regards."

- Glenn Mastro, Watchung Hills Warriors Touchdown Club

"We had the inflatable hockey player out in front of the coliseum and it caused such a crowd! Thanks for the professional job you and your company did for me!"

- Scott Adams, Liquid Box Inc.

"[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

"I chose Landmark Creations because they had a reasonable price for a customized inflatable. The other inflatables featured on their site made me confident that they could produce exactly what I was looking for."

- Sara Chadeck, KONO 101.1 FM

"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