FANUC Robots Partner with NFL's Jaguars on Fan-Friendly Activities

Fans visiting TIAA Bank Field on game day this season can interact with one of five new robots located throughout the stadium.


Facebook Share Icon LinkedIn Share Icon Twitter Share Icon Share by EMail icon Print Icon

FANUC America has partnered with the NFL’s Jacksonville Jaguars to provide five new robots that can interact with fans at different locations throughout TIAA Bank Field.

“We are excited for the opportunity to show FANUC robots to Jaguars fans,” says Mike Cicco, FANUC president. “Companies both large and small are implementing robots and automation to help them meet their productivity goals. Ultimately, we help companies solve production challenges and stay competitive. We hope our fun and interactive demonstrations encourage people to see what automation can do for them.”

The robots include “Flo,” who helps bartenders in the Bud Light Party Zone pour beer for fans, and “Lenny,” stationed in the Lower US Assure Club West, who faces off against fans in a “running back challenge” by passing a handheld ring along a zigzagged route. “Cheer” will appear later this season to hoist a Jaguars flag in Camp Grunt Style to celebrate a touchdown.

FANUC America Corp. is a supplier of robotic, CNC and factory automation. Visit fanucamerica.com.



  • Developments and Trends in Powder Coating

    New solutions for powder coating centers combine powder preparation, conveyance, dosing and color changes into a fully automated, closed system.

  • Touch-up Options for Powder Coated Parts [EXPERT]

    Question: I’ve been told that a powder coated part cannot be “touched-up.” I have some patio furniture that I had powder coated and the powder coating shop that did the work for me stripped the threads in holes used to rack the part.

  • The Powder Coating Process

    Powder coating is one of the most durable finishes that can be applied to industrial manufactured products, and offers excellent corrosion protection and is very safe because of its lack of volatile organic compounds.