Candidate consumed excessive alcohol on the filming location, according to Beverly's statement.

Reality TV star Beverly has made a controversial statement about her fellow contestant, Henna, on the popular dating show "Are You The One – Reality Stars in Love". During an Instagram Q&A session, Beverly criticised Henna's drinking habits, stating they were often excessive.

According to Beverly, Henna's alcohol consumption was particularly noticeable during the filming of the show, which takes place under tropical temperatures and high humidity. This external condition may have contributed to the quick effect of alcohol for Henna, as suggested by Beverly's statement.

Beverly named Henna as the contestant who regularly drank too much during the show. However, it is important to note that the criticism was not directly addressed to Henna on the show itself, but was made through an Instagram Q&A.

Since the filming of the show, Henna has found her normal rhythm again. She openly discussed her struggles adjusting to life after the show on TikTok a few months ago. As of yet, no response from Henna regarding Beverly's criticism has been reported.

Beverly expressed approval of the limited alcohol rations on set, stating that it helped to keep the contestants in check. This is not an uncommon practice in reality TV shows, as excessive drinking can often lead to unpredictable behaviour and conflicts among the cast.

"Are You The One – Reality Stars in Love" is a popular dating show where a group of celebrities live together in a villa and try to find their perfect match. The show is known for its dramatic twists and turns, and this latest controversy is just another example of the drama that unfolds behind the scenes.

It is important to remember that this article is based on statements made by Beverly during an Instagram Q&A and Henna's own public discussions about her struggles after the show. As always, it is essential to approach such news with a critical eye and wait for further confirmation before jumping to conclusions.

This article was created in cooperation with promiflash.de.