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Art Exhibits & Set Pieces

Draped Buick GNX - Kendrick Lamar

Product: L8668


Tour director Christian Coffey turned to Landmark Creations for a sculpted inflatable centerpiece to help bring Kendrick Lamar’s GNX tour visuals to life. Inspired by the album’s cover art, this custom-built Buick Grand National car was cloaked in matte red fabric and illuminated from within. Designed to inflate in under one minute mid-show, the inflatable car was engineered for seamless deployment on two 8-foot rolling carts. Its cool-white DMX lighting creates a subtle glow through the fabric until it’s revealed in full. Used throughout Kendrick’s international tour, this inflatable art installation helped build suspense and create a powerful moment on stage — adding both drama and dimension to a high-impact concert experience.

Specifications

  • Dimensions: H: 18 L: 25 W: 30
  • Weight: 630 lbs.

What Others Say About Landmark Creations

“The huge cereal bag could be seen from anywhere and was a nice draw to gather people to the tents we had set up.”

- Anika Hage, WatersMolitor

"The inflatable arch allows for safe and easy setup and takedown. People have raved about the arch and have made requests to have it at their events."

- Karen Klevesahl, SMET Construction

“Everywhere it goes, folks go out of their way to catch a glimpse of the colorful inflatable.”

- B. Campbell, Enterprise Beverage Group, LLC

"[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

The inflatable complements our messaging since Ivar’s is a quirky restaurant that’s known for its antics.

- J. Werth, Ivar's Restaurant

"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