Custom Inflatable Honey Bear Sculpture for Fnnch

Our client, Fnnch, is a well-known visual artist based in San Francisco, recognized for his iconic honey bear motif seen across public art, prints, and installations. His work has been featured internationally, and his Honey Bear character has become a beloved symbol of modern pop-art culture. For Burning Man 2022, he envisioned transforming this character into a large-scale interactive inflatable sculpture.

The Challenge

The project required translating the flat, illustrated honey bear into a fully proportioned 3D inflatable while preserving the exact artistic proportions that make it recognizable. Beyond appearance, the sculpture needed to function as an interactive experience—not just a display piece.

Fnnch requested that the inflatable be able to free-stand using a built-in weighted water chamber, similar to a bop bag toy, allowing participants to push and interact with it safely. The structure had to withstand both repeated physical contact and the harsh outdoor environment of Burning Man.

Another challenge was the timeline: the design was complex and typically would require multiple sample rounds, approvals, and adjustments. Yet the window before the event was extremely short.

Project Scope

  • Create a giant 3D inflatable version of the Honey Bear artwork

  • Maintain exact artistic proportions and color accuracy

  • Engineer a functional base containing 22 gallons (100 liters) of water for stability

  • Use a thick, durable material suitable for desert heat, dust, and physical interaction

  • Deliver as a single custom unit (no MOQ)

Our Approach

We worked closely with the artist to translate the visual language of the character into a sculptural form. Because flexibility was limited due to the thickness required for durability, every contour and line had to be carefully engineered and hand-adjusted.

To meet the tight timeline, we accelerated the sampling and revision process and maintained constant communication to review details quickly. Reinforced seam construction and chamber pressure testing ensured long-term stability and safety.