Despite leading India to a strong performance throughout the ODI World Cup, Rohit Sharma fell short of claiming the ultimate prize. Losing the final to Australia left him without an ODI World Cup title, a significant void in his trophy cabinet. However, former cricketer Sunil Gavaskar believes Sharma has an opportunity for redemption in the upcoming two-match Test series against South Africa.
India has never conquered South Africa in a Test series on their home soil, presenting a historic opportunity for Sharma and his team. Sunil Gavaskar emphasizes the importance of Sharma’s performance, stating, “Rohit Sharma and Virat Kohli have really been at the peak of their powers in the last 6-8 months.”
ALSO READ: Rishabh Pant Set For IPL Comeback as Delhi Capitals Captain In 2024
He further added, “Rohit is going to be key for India in the Test series. Rohit will have a big role to play in setting up the batters coming after him at three, four, and five. Whatever happens, this is Rohit Sharma’s opportunity to make up for the World Cup final loss.”
This series presents India with their best chance to defeat South Africa in their own backyard. Key South African pacers like Anrich Nortje and Sisanda Magala are out due to injuries, leaving Kagiso Rabada as the only major threat. Lungi Ngidi’s participation is also uncertain, with a decision pending after the ODI series.
India’s pace attack looks formidable on paper. Jasprit Bumrah returns after an 18-month hiatus, while Mohammed Siraj is in peak form. Mohammed Shami’s injury is a concern, but he is expected to recover and join the team for the series.
ALSO READ: Stuart Broad Jokes About England Squad Selection: “Spent 5 Seconds Looking for My Name”
In his absence, either Mukesh Kumar or Prasidh Krishna will likely fill the gap. All eyes will be on Rohit Sharma as he leads India in their quest for a historic series win over South Africa. With the pressure of the World Cup loss on his shoulders, he has a chance to prove his leadership and batting prowess on a challenging stage.
