Gordon Ramsay was perplexed by a TikToker as he reacted to them cooking a food with a Pringles tube and a pair of hair curling tongs.
All over Gordon Ramsay’s globetrotting career, the renowned chef has sampled heaps of superb and strange food. Whilst he’s identified for tearing meals aside verbally on Television set, Ramsay typically critiques the recipes of other folks on his TikTok site.
Gordon Ramsay may have lastly viewed it all, following coming throughout TikToker @JimmyStewart59 who well prepared a batch of stew inside of a Pringles tube.
Gordon Ramsay says TikToker has “lost the plot” with strange Pringles recipe
Gordon Ramsay shared reactive TikTok to his 32.4 million followers, wherever he dove into @JimmyStewart59’s obscure stew cooking system. Jimmy’s tactic aims to support out people today battling fiscally, captioning his unique video: “Cost of dwelling and fuel rates via the roof, really do not fret I have bought your again.”
Although the video to begin with showcases a traditional cooking setup, at the time Jimmy whipped out his Pringles tube, Gordon was prevail over by confusion: “Oh no cease it, what are you doing young person!”
@gordonramsayofficial #duet with @jimmystewart59 Jimmy !!! You require some genuine pans kid ! #ramsayreacts #tiktokcooks ♬ Gordon Ramsay – HL WAVE & Jhonny Flames
“Pringle jar? Child, Jimmy, you have missing the plot,” proceeds Ramsay as Jimmy outlines his soup recipe.
To deliver the stew to a boil, Jimmy employs his partner’s hair curling tongs to introduce some warmth. Ramsay, jokingly, wasn’t so guaranteed about them: “Jimmy, are you confident they are your wife’s tongs?”
Gordon begs Jimmy not to consume the absurd concoction and supporters of the chef are just as puzzled. TikTok commenter @marioatolivegarden explained: “I’m no specialist chef but I really do not consider he must try to eat that.”
Yet another user mentioned that they “need to see you and Jimmy do a Tiktok together” in the foreseeable future. It’ll unquestionably be an intriguing collaboration if their paths collide.