Champions Trophy: Australia, England break myriad records in epic cricket battle
Both sides collectively scored 707 runs, highest match aggregate in Champions Trophy history
KARACHI: England and Australia created history in the ICC Champions Trophy on Thursday, combining for the highest aggregate score in the tournament's history during a thrilling match at Lahore's Gaddafi Stadium.
The two teams collectively scored 707 runs, surpassing the previous record of 643 runs set by India and Sri Lanka in 2017.
England, batting first, posted an imposing total of 351 for 8 in their allotted 50 overs, becoming the first team in Champions Trophy history to score 350 or more runs.
In response, Australia chased down the target with five wickets in hand, reaching 356 for 5 in 47.3 overs. This marked the first time in the tournament's history that a team successfully chased a target exceeding 350 runs.
The match also saw Australia set a new record in ICC men’s ODI events, becoming the first team to chase down a 350-plus target in the history of the tournament. Prior to this, no team had achieved such a feat in any ICC ODI event.
They surpassed Pakistan’s record of chasing the target of 345 against Sri Lanka during the ICC men’s World Cup in India in 2023.
This record-breaking encounter also highlighted Australia's prowess in high-pressure chases.
Notably, this was Australia’s second-highest successful run chase in ODI cricket, following their pursuit of 359 runs against India in 2019.
-
Canucks losing streak reaches 11 games after Islanders defeat
-
Vancouver Canucks 2025-26 season: Adam Foote’s future under early scrutiny
-
Gabriel Diallo vs Alexander Zverev: Rising Canadian eyes major upset opportunity
-
Bo Nix injury update: Broncos quarterback fractures ankle against Bills
-
Oilers vs Canucks: Why Edmonton is without Leon Draisaitl
-
49ers crushed as Kenneth Walker III leads Seahawks to 41-6 win
-
Canadiens star Lane Hutson makes history with 100th NHL assist
-
Australian Open: Djokovic chases historic 25th Grand Slam with new approach