In a recent interview, real-life couple Nick Offerman and Megan Mullally shared a memorable behind-the-scenes moment from their time on the hit sitcom "Parks and Recreation." The pair, who played the volatile ex-spouses Ron Swanson and Tammy II, recounted a particularly steamy scene that quite literally left its mark on the set.
During Mullally's first guest appearance on the show, the couple was tasked with portraying their characters' intense and often destructive chemistry. The episode, titled "Ron and Tammy," featured a scene in a local diner that quickly escalated beyond expectations.
Mullally revealed that the director gave them free rein to improvise, saying, "They were like, 'just do whatever you need to do.'" The actors took this instruction to heart, engaging in a wild makeout session atop the diner table.
However, it was Offerman who truly embraced his character's unbridled passion. As Mullally described, "Nick, at one point, was so like Ron Swanson, so riled up on testosterone, that we were in a booth at this diner and Nick actually pulled the table out of the wall. The real table! He pulled it out of the wall!"
This anecdote showcases the commitment and chemistry that made Offerman and Mullally's performances so memorable. Their portrayal of Ron and Tammy's tumultuous relationship became a fan-favorite element of the show, with Mullally returning for multiple guest appearances throughout the series' run.
The couple also reflected on the show's journey to becoming a beloved classic. Despite its current status as a comfort watch for many, Offerman noted that "Parks and Recreation" wasn't always a ratings hit during its original run. "Young people now don't realize that it actually was never a hit," he said. "We didn't get awards. In fact, we were almost canceled every year. It was always a question mark."
Nevertheless, the show's enduring popularity and the fond memories of its cast members, like this hilarious incident shared by Offerman and Mullally, continue to entertain fans years after its conclusion.