He’s the hunky English model who often shows off his incredibly ripped body on the runway.
And Kris Smith set plenty of hearts racing when he shared a very revealing snap of himself on Instagram, on Friday.
In the image, the 39-year-old donned a pair of tight-fitting Speedos during a Cryotherapy session at Koa Recovery in Waterloo.
‘This is the ONLY time you see me in budgie smugglers!’ Kris Smith sets showcases his washboard abs in a tight pair of Speedos after a Cryotherapy session
The father-of-one showcased his toned physique and washboard abs in the eye-catching blue swimmers.
The runway model captioned his saucy post: ‘You’ll be pleased to know the ONLY time you see me in budgie smugglers is to drop temp to -125* in the @koarecovery.’
Many of Kris’s dedicated followers liked his post, including quite a few of his well-known friends, who couldn’t help but notice some of the details of the photo.
My Kitchen Rules star and fellow I’m A Celebrity camp mate Ash Pollard was the first to comment on the hunky model’s post, writing: ‘I zoomed. Not gonna lie.’
Hunky: Kris is a hunky English model who often shows off his incredibly ripped body on the runway
Washboard abs: Many of Kris’ dedicated followers liked his post, including his fellow I’m A Celebrity camp mate Ash Pollard who was the first to comment on the hunky model’s post, writing: ‘I zoomed. Not gonna lie’
Co-camp mate Dane Swan also commented: ‘So did I. Not gonna lie @ashpollard__’
Kris’s pal and Bachelorette star Sasha Mielczarek joked: ‘I did too… still couldn’t see anything.’
Cryotherapy has had a recent surge in popularity after Sydney celebrities, such as Roxy Jacenko, Tim Robards and Sylvia Jeffreys, raved about the benefits, including weightloss, speeding up recovery time, as well as skin and muscle regeneration.
Following the trend: Cryotherapy has had a recent surge in popularity after Sydney celebrities, such as Roxy Jacenko, Tim Robards and Sylvia Jeffreys, raved about the benefits, including weightloss, speeding up recovery time, as well as skin and muscle regeneration