Taylor Swift eyes break amid wedding plans with Travis Kelce

Taylor Swift has maintained an exceptionally demanding professional schedule in recent months, but a new report suggests that the sustained pace may be taking a toll on the singer, leaving her feeling exhausted and prompting her to consider a period of rest. According to insiders, Swift may also be looking to dedicate more time to her personal life, particularly as wedding planning with NFL star Travis Kelce begins to take focus.

An exclusive source speaking to PEOPLE described Swift as being "super focused on work commitments" and operating at full capacity for an extended period. Over the past several months, the singer has been balancing multiple projects, including music releases, promotional events, and public appearances, which insiders say have left her physically and mentally drained. The source noted that while Swift is known for her professionalism and tireless work ethic, the intensity of her current schedule is unusual even by her standards.

The insider also pointed out that Swift's busy professional life has limited her time with Kelce. "She hasn't seen Travis much," the source said, framing it as a practical reality rather than a sign of any strain in their relationship. Both Swift and Kelce manage high-profile careers that demand significant travel and long hours, and the couple has had to navigate the challenges that come with maintaining a relationship while juggling public scrutiny and professional commitments.

While the limited time together has been a reality for the couple, the source clarified that Swift's exhaustion is rooted primarily in her workload rather than personal conflict. "She's not kidding when she says she's exhausted," the source explained, emphasizing that a professional pause would allow Swift to restore her energy and refocus her priorities.

This suggests that the singer may be considering scaling back public appearances, delaying certain projects, or simply taking a moment to recuperate after months of intense output.