
The cricket world is still abuzz with their stellar performance Rohit Sharma and Virat Kohli In India’s recent 2-1 ODI series win South Africa. Now committed only to the 50-over format for the national team, the two senior batsmen once again proved why they remain the mainstay of India’s limited-overs format.
Kohli’s stellar performances – hitting back-to-back hundreds (135 and 102) and a 50 in the final game – earned him the Player of the Series award, while Rohit smashed two composed half-centuries to help India seal the series. Their commanding presence not only reaffirms their value but also sends a strong message of their long-term ambitions.
When will Rohit Sharma and Virat Kohli next play for India?
After a short break, Rohit and Kohli will return to action when India’s 2026 international schedule begins. The two will next face each other in the home ODI series New Zealandstarting January 11, 2026. The series marks the three-match ODI tour of New Zealand against India and the opener at the BCA Stadium in Vadodara holds extra significance as it will be the first men’s international match at the stadium. The venue has hosted 3 Women’s ODIs so far in December 2024, featuring India and West Indies.
Eyes on the bigger picture: The road to the 2027 ODI World Cup
Rohit and Kohli’s decision to retire from Test and T20I cricket earlier this year was a well-thought-out move that underlined their commitment to expanding their ODI careers and moving towards ICC Men’s Cricket World Cup 2027 in Africa. Every game thereafter will be a stepping stone in India’s long-term blueprint.
Rohit’s aggressive yet clinical approach and Kohli’s unparalleled consistency form the ideal platform for the Indian innings. Their presence ensures stability in pressure situations and sets the scoring tone. With several young players vying for spots, having two of the most accomplished ODI batsmen in history in the dressing room can accelerate learning and strengthen the team culture. Their guidance will be invaluable during India’s transformation phase.





