Insiders claim those close to the SKIMS founder worry the Formula 1 star’s dating history could lead to heartbreak.
Rumours surrounding Kim Kardashian and Lewis Hamilton are reportedly causing concern among the reality star’s close circle as their alleged romance gathers pace.
According to insiders, friends of the SKIMS founder have urged her to tread carefully because of Hamilton’s reputation as a long-time bachelor with a busy dating life.
A source told Radar Online that Kim is fully aware of Hamilton’s status in the entertainment world and finds his confidence and success appealing. The insider claimed she prefers a partner who can match her energy and is not intimidated by her global fame.
However, the source added that some people around her believe she may be overlooking Hamilton’s reluctance to settle down. They claim the Formula 1 champion has avoided serious relationships for years and still has many romantic options.
The insider alleged that while Kim enjoys the excitement of the connection, others worry Hamilton may not be seeking anything long term.
Kim’s relationship history has often been under public scrutiny. She was previously married to Damon Thomas, Kris Humphries, and rapper Kanye West, with each marriage ending in divorce. She has also been linked in recent years to comedian Pete Davidson and NFL star Odell Beckham Jr..
Meanwhile, Hamilton has generally kept his personal life out of the spotlight, though he has been associated with several high-profile relationships over the years.
Another insider reportedly said some people within Hamilton’s own circle are also wary of the rumoured romance. They fear the intense attention that often surrounds the Kardashian family could bring unnecessary complications for the racing champion, who is currently at the peak of his career.
The speculation has also revived talk of the so-called “Kardashian curse,” a pop-culture theory suggesting some men who date members of the Kardashian family face professional setbacks, though the idea remains widely debated and unproven.
