CELEBRITY
WATCH: Did Travis Kelce Refuses to Squashed Breakup Rumors With This Sweet, Rare Comment About Life With Taylor Swift
While Travis Kelce and Taylor Swift seem oh-so-in-love, many fans were worried that since they haven’t seen each other in some time, they must’ve broken up. Not even a little bit true! She’s on a world tour, and he’s dealing with his newly hectic schedule. They’re two of the biggest names right now, so of course, they have obligations, and that doesn’t mean it’s because they’re drifting or there’s a breakup. And Kelce, once again, put all those breakup rumors to rest.
On the March 6 episode of his New Heights with Jason and Travis Kelce podcast, he sweetly called Swift the “biggest and best thing possible.”
“A lot of false media being tossed out there. But I’ll tell you what wasn’t false, and it was when I landed in Australia and seen all the cameras,” Kelce said, talking about how crazy it was being with Swift in Australia. “There were full-on helicopters just flying around. They helicoptered us! Well, not us, Taylor.”
He added, “This is all because Taylor is the biggest and the best thing possible.” Aww!
For those who don’t know, Kelce and Swift made their relationship public in Sept 2023, but they actually got together months prior and kept their romance private until the time was right.
Swift talked about how she and Kelce were already a couple when she went to the first football game she appeared at for him. She said during her interview with Time’s 2023 Person of the Year: “So we actually had a significant amount of time that no one knew, which I’m grateful for, because we got to get to know each other. By the time I went to that first game, we were a couple. I think some people think that they saw our first date at that game? We would never be psychotic enough to hard-launch a first date.”
They’ve given comments about their romance over the past few months, but the one Kelce just divulged on his podcast is extra sweet!
If you wanna see the whole podcast episode, check out the video below: