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Art Exhibits & Set Pieces

Dog Eyes

Product: L3505


These inflatable eyeball sculptures were used as part of ‘The Black Lords’, a larger-than-life public art installation by artist Desi Santiago. Sponsored by BOFFO and Perrier, the inflatable artwork transformed the Lords Hotel in South Beach into a massive dog named Gypsy.

Specifications

  • Dimensions: H: 4.5 L: 4.5 W: 4.5
  • Includes: Internal blower system, storage bag & repair kit
  • Weight: 28 lbs.
  • Packed DIMS: 18" x 18" x 18"

Images


What Others Say About Landmark Creations

"We are able to directly track customer traffic caused by the boot, so we know the inflatable boot paid for itself within the first year."

- Jerry Kavsh, Renton Western Wear

"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

"[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

"Just wanted to say how much we LOVE our inflatables.  We tested them in our lobby where they were, of course, an instant hit for school group photos. Our leadership was quite pleased with the durability and the realism."

- Mike Hennessy, Carnegie Science Center

“[The inflatable arch] created a wonderful backdrop to brand our events, capture our sponsors in the photos used by the participants, and made it easy to travel down the coast of California without taking up too much space on our trucks.”

- Amy Daugherty, California Coast Classic

"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