ICC rejects Bangladesh's plea to shift World Cup matches out of India

The International Cricket Council (ICC) has reportedly rejected the Bangladesh Cricket Board’s (BCB) formal request to move its T20 World Cup 2026 matches out of India. During a virtual meeting on Tuesday, the ICC informed the BCB that the tournament schedule and venues will remain unchanged. The global body made it clear that Bangladesh must travel to India for their fixtures or face sporting consequences, including the potential forfeiture of points in Group C.

The tension began when the BCCI recently directed the Kolkata Knight Riders (KKR) to release Bangladeshi pacer Mustafizur Rahman from his ₹9.20 crore contract. Citing "developments all around," the move followed reports of violence against minorities in Bangladesh. In retaliation, the BCB expressed concerns over the safety and security of its players in India. Bangladesh even cited the "hybrid model" used by Pakistan in previous ICC events as a justification for relocating their matches to Sri Lanka.

However, the ICC’s assessment found no credible security threat to the Bangladesh team in India. Sources suggest that India has offered high-level security protocols for the team, similar to those provided to heads of state. Despite this, the BCB has not yet publicly confirmed its stance on the ICC's rejection, with board officials maintaining that they have not received a formal written response yet. The political friction has already seen Bangladesh ban the broadcast of the upcoming IPL season in the country.

With the 20-team tournament set to begin on February 7, the ICC is firm on its stance to avoid a logistical nightmare. Bangladesh is scheduled to play its first three matches against West Indies, Italy, and England at the Eden Gardens in Kolkata, followed by a clash against Nepal in Mumbai. As the deadlock continues, the cricketing world watches closely to see if Bangladesh will eventually board the flight to India or if the tournament will proceed with a major participating nation missing.