Rylan Clark has brought his cheeky charm to a new dating show for Paramount+, and now he’s given a first look at the luxury villa that single contestants will stay in.
Sharing a video on Instagram, Rylan walked fans through the villa which gives Love Island a run for its money.
He started as he told the camera: “Welcome to the Dating Naked UK House.
“This is your first look at where our gorgeous daters are going to be staying.”
He continued: “So here we are in the main part of the house, just behind me is ‘the snug’.
“It is absolutely gorgeous, look at this, ample space to come and just sit, chill out, relax, gossip, be naked…I dunno, whatever you want.”
Taking the camera with him, he showed them the kitchen, the living room and pointed out the ‘Rylan radio‘ which enables him to speak to the house and the contestants.
Whilst some fans have shared their opinions on the new show, the former X Factor star urged fans in the comments: “Don’t judge until you’ve seen it … x”
Some fans are excited for the new show, as one commented: “It’s going to be EPIC.”
Another wrote: “Wow makes the @loveisland villa look like a caravan.”
“MTV cribs Naked Edition. we love to see it,” said another.
Another fan defended the new programme’s format, as they wrote: “Why have so many people got an issue with naked human bodies? We’ve all got one people! They’re nothing to be ashamed of!”
The Paramount+ programme, which launches on August 23, has been dubbed “Love Island on steroids.”
Contestants on the show spend 24/7 as nature intended, even taking dates outside the luxury villa in Colombia.
The drama comes as in each episode contestants are dumped as cast mates vote for their favourites, with a prize pot of £50k at stake.
The new Paramount+ and MTV show also features no blurring or pixelation whatsoever, leaving contestants in all their glory on the show.
Rylan has also teased that he opted to go naked whilst in the voiceover booth in order to feel more at home on the show.
Dating Naked UK begins streaming on Friday 23 August on Paramount+.