Tammy Hembrow Finally Speaks Out on Bailey Smith Romance Rumours
Tammy Hembrow speaks on Bailey Smith rumours

Australian fitness sensation Tammy Hembrow has finally addressed the persistent rumours surrounding her alleged romance with AFL footballer Bailey Smith. The social media star, known for her enviable physique and massive online following, had remained tight-lipped until now.

In a recent interview, Hembrow revealed her thoughts on the speculation that's been dominating celebrity gossip columns. "It's flattering, but people should really focus on more important things," she stated with a wry smile.

The Rumour Mill Churns

The speculation began when paparazzi spotted the pair together at several low-key locations around Melbourne. Social media detectives quickly pieced together a timeline of their supposed encounters, sending fans into a frenzy.

Hembrow, who boasts over 15 million Instagram followers, admitted the attention has been overwhelming. "I'm used to people being interested in my life, but this has been next level," she confessed.

Bailey Smith's Rising Profile

The Western Bulldogs midfielder has seen his star rise dramatically in recent seasons, both for his on-field performances and his distinctive long-haired appearance. Smith's growing celebrity status has made him regular tabloid fodder.

When pressed about whether there was any truth to the rumours, Hembrow remained coy. "I'm not one to kiss and tell," she teased, neither confirming nor denying the speculation.

Focus on Fitness

The 29-year-old entrepreneur emphasised that her primary focus remains her fitness empire and raising her two children. "Between my businesses and being a mum, romance isn't exactly my top priority right now," she explained.

Hembrow's loyal fanbase has been divided over the potential pairing, with some expressing excitement while others have voiced their disapproval on various social platforms.

As the speculation continues, one thing remains certain - this won't be the last we hear about this potential celebrity coupling.