In a high-stakes T20 World Cup 2024 Super Eight fixture against Afghanistan, Litton Das provided a solid foundation for Bangladesh with a well-crafted half-century. His innings of 50 runs off 41 balls was a testament to his skill and composure under pressure, featuring five boundaries and one towering six. Despite his efforts, Bangladesh faced an uphill battle to secure a crucial win.
Key Highlights
- Match: Afghanistan vs Bangladesh, Super Eight, T20 World Cup 2024
- Venue: Arnos Vale Ground, Kingstown, St. Vincent
- Date: June 25, 2024
- Score: Litton Das – 50 off 41 balls (5 x 4, 1 x 6)
Litton Das Innings Breakdown
- Runs: 50
- Balls Faced: 41
- Fours: 5
- Sixes: 1
Match Context
- Afghanistan’s Performance: Afghanistan’s bowlers were disciplined, but Litton Das managed to hold his ground and keep the scoreboard ticking.
- Bangladesh’s Strategy: Das’s steady innings provided Bangladesh with a platform, but the team needed more contributions from other players to challenge Afghanistan’s total.
Importance of the Innings
- Anchor Role: Litton Das played the anchor role effectively, ensuring that Bangladesh had a steady start despite the fall of wickets at the other end.
- Pressure Handling: His ability to handle pressure and rotate the strike was crucial in keeping the innings stable.
- Momentum Building: The boundaries and six he struck helped build momentum for Bangladesh, setting the stage for the middle and lower order to capitalize.
Match Details
| Match | Afghanistan vs Bangladesh, Match 52 |
|---|---|
| Venue | Arnos Vale Ground, Kingstown, St. Vincent |
| Date | June 25, 2024 |
| Score | Litton Das – 50 off 41 balls (5 x 4, 1 x 6) |
Litton Das’s innings of 50 off 41 balls was a standout performance in a crucial match for Bangladesh. His composure and skillful batting provided a much-needed foundation, but it ultimately required more support from his teammates to secure a win against Afghanistan. This performance, however, underscores Das’s importance to the Bangladesh batting lineup and his ability to perform under pressure.