Mohammed Shami’s return to the Indian team appears increasingly uncertain, with the selectors reportedly turning their attention towards building a new-generation pace attack ahead of the next World Test Championship cycle and the 2027 ODI World Cup.
The veteran fast bowler, who played a pivotal role in India’s run to the 2023 ODI World Cup final, has remained out of the national setup since helping India win the 2025 Champions Trophy. Despite working his way back from injury and delivering strong performances in domestic cricket, Shami has not been considered for selection across formats.
His omission from India’s squad for the upcoming series has further fuelled speculation that the team management has begun looking beyond the experienced pacer.
Selectors planning for the future
According to a report, the selection committee has identified a group of 15 young fast bowlers who are expected to form the core of India’s pace attack in the coming years.
The shortlisted bowlers have reportedly been identified across all three formats as India begins planning for its next transition phase. Notably, Shami’s name does not feature in the group, suggesting the selectors are prioritising long-term planning over experience.
The report added that the focus is on giving young pacers consistent international exposure now so they are ready to shoulder greater responsibility during the next World Test Championship cycle and at the 2027 ODI World Cup. India has already begun introducing several new fast bowlers over the past year, with opportunities being handed to emerging names across bilateral series as the pace-bowling transition gathers momentum.
At 36, Shami remains one of India’s most accomplished fast bowlers, with an outstanding record across formats and a reputation for delivering in ICC tournaments. However, if the reported plans hold true, his international future could depend less on his performances and more on whether the selectors are willing to revisit a transition strategy that now appears firmly focused on the next generation.
