At Bay Oval in Mount Maunganui on Friday, November 13, Rohit Sharma produced one of the more eye-catching moments of the ongoing fourth ODI between New Zealand and India when he pouched a stunning diving catch to his right at short cover, ending Finn Allen's innings off Axar Patel's bowling in the 31st over.

Allen, the 27-year-old New Zealand batter, had scored 41 runs off 30 balls, striking five fours and two sixes, before his aggressive knock came to an abrupt halt. Axar bowled a good-length delivery outside off stump, and Allen went on to the back foot and punched the ball without keeping it down. Rohit, positioned at short cover, judged the trajectory well, dived to his right and completed the catch with both hands before one hand came off as he landed on the ground.

Axar immediately ran across to embrace Rohit with a broad smile, while Allen punched his bat in frustration and walked off with his eyes closed. The dismissal broke what had been a dangerous partnership at a moment when India needed a wicket.

As the seniormost cricketer in the Indian team at 39 years of age, Rohit's athleticism in the field drew considerable attention from those watching the match at Bay Oval. With this catch, Rohit continued to prove that he is completely agile despite concerns over his age and fitness as the cricketer will be well over 40 years old in the 2027 ODI World Cup.

How did Axar Patel set up the dismissal of Finn Allen?

Axar's good-length delivery outside off stump was the key to the wicket. By pitching the ball in that corridor, he invited Allen to play on the back foot, and the New Zealand batter duly punched at the delivery without the control needed to keep it along the ground.

The ball flew off Allen's bat at a catchable height and direction towards short cover, where Rohit was stationed. The combination of Axar's disciplined line and Rohit's sharp positioning made the dismissal possible. Allen's knock of 41 off 30 balls had included some clean hitting, but the partnership was ended precisely when India required the breakthrough.