India’s women’s squash team beat Singapore 2-0 in the Asian Games 2026 quarterfinals on September 30, with Anahat Singh and Tanvi Khanna both winning their individual matches to secure India a team medal.
Reaching a guaranteed-medal stage in a knockout team event changes the calculus for the remaining rounds: with a podium finish already secured, subsequent matches become purely about which colour medal the team takes home, rather than about avoiding elimination.
That shift can affect team selection and strategy in the semifinal, since coaches sometimes rest key players once a medal is assured, weighing fresh legs for a potential final against the risk of a weakened semifinal line-up.
Anahat Singh’s continued strong form, on the back of an individual silver earlier in the Games, also reinforces her as the team’s most reliable point in must-win situations, a role that typically becomes more valuable as the competition intensifies.
For Indian squash more broadly, a team medal alongside individual finalist results across this Games points to strength building at both the individual and team level simultaneously, rather than depending on isolated standout performances.
The women’s team now advances to the semifinals of the team event.
Team squash events are typically decided by best-of-three or best-of-five individual matches between the two competing nations.
The Asian Games 2026 are being held in Aichi-Nagoya, Japan, from September 19 to October 4.
India’s overall medal tally has continued to grow through the Games, including a gold in women’s compound archery on the same day.
Singapore has traditionally been a competitive squash nation in Asia.
India’s squash federation has invested in junior development and international exposure in recent years.
Anahat Singh has been one of India’s most prominent young squash players over the past two years.
Team squash matches are typically played as best-of-five games per individual tie, similar to individual squash scoring.
Squash player (representative image), Wikimedia Commons, CC BY-SA 4.0
