Pete Wicks' Love Triangle: Ex Predicts Drama
The drama surrounding Pete Wicks seems to never end, and his recent love life is no exception. The "The Only Way Is Essex" star has been making headlines with his on-again, off-again relationship with Megan McKenna, and now his ex-girlfriend Chloe Sims has weighed in on the situation, predicting more fireworks to come.
A History of Tumultuous Romance
Wicks and McKenna have been a fan-favorite couple, but their relationship has been anything but smooth sailing. The pair met on the set of TOWIE in 2015 and quickly became smitten. However, their romance was plagued by arguments, breakups, and public displays of affection. Their on-and-off saga has been documented on the reality show, much to the delight of viewers.
Chloe Sims's Predictions
Recently, Sims, who is known for her honesty and outspoken nature, offered her take on Wicks and McKenna's turbulent relationship. In a recent interview, she claimed, "I think they're both so stubborn and passionate. They're both passionate about each other, but they're both very stubborn."
Sims continued, "I think it's going to be a bumpy road. I think it's going to be a lot of drama. I think they're going to make up, break up, make up, break up again. I think it's going to be a long, long ride for them."
The Latest Chapter
In recent weeks, the pair have been spotted together, sparking speculation that they are back on. However, McKenna has been coy about the status of their relationship, suggesting that things are still complicated.
Will They Last?
It's still unclear what the future holds for Wicks and McKenna. But one thing is certain - their relationship is sure to be a source of endless drama and intrigue for fans. Sims' prediction seems to echo the sentiments of many viewers, who have become accustomed to the couple's rollercoaster romance.
Whether they end up happily ever after or go their separate ways, one thing is for sure: the love triangle involving Wicks, McKenna, and Sims is one that will continue to keep fans glued to their screens.