As anticipation mounted for the high-stakes clash between Pakistan and India in the Asia Cup 2023, Indian model and actress Urvashi Rautela stirred up social media by sharing a photo of Pakistani fast bowler Naseem Shah on her Instagram account.
Rautela posted the image of the talented pacer just before the much-anticipated match kicked off.
In a curious twist, Rautela captioned the Instagram Story with “workout time,” indicating that she was multitasking by hitting the gym while closely following the match. The encounter was taking place at the Pallekele International Cricket Stadium in Sri Lanka, intensifying the rivalry between the two cricketing giants.
This social media interaction between the young cricket sensation and Rautela has captured the attention of fans on both sides of the border, with speculation swirling about the nature of their connection.
The duo first came into the spotlight due to a fan-made video that Rautela shared after a Pakistan-India match during the Asia Cup 2022. While Shah was in action on the field, Rautela was in the stands as a spectator.
The video showcased Rautela’s cheerful demeanor and Naseem Shah’s coincidental smile during the same match, providing ample material for fans to create a connection between the two. Since then, Shah and Rautela’s rumored relationship has remained a hot topic, with fans scouring social media for any further hints.
Months later, Urvashi Rautela once again grabbed headlines when she wished Naseem Shah a “happy birthday” on Instagram as the cricketer celebrated his 20th birthday.
This gesture occurred in response to an Instagram post by Shah, in which he congratulated his teammate Shadab Khan on his wedding. Rautela commented on the post, extending her best wishes to Shadab Khan and his spouse and expressing warm regards for their married life.
The ongoing digital exchanges between Urvashi Rautela and Naseem Shah continue to fuel curiosity and speculation among their admirers, making them a fascinating topic of discussion both on and off the cricket field.
