Angel Reese has proven to be one of the most effective rebounders in the league, hauling in 12.3 rebounds per game through six contests in the 2025 season.
But while her work on the glass remains elite, her offensive game is currently lagging behind expectations.
The Sky entered the season with renewed optimism, especially with veteran floor general Courtney Vandersloot returning to the franchise.
Vandersloot‘s presence was expected to create better offensive opportunities for Reese, especially in transition and pick-and-roll sets. Yet the anticipated leap in efficiency hasn’t materialized.
So far, Reese is averaging 10.0 points per game and shooting just 31.1 percent from the field – a significant decline from her 39.1 percent mark as a rookie.
Even more troubling is her performance inside the arc, where she’s hitting only 31 percent of her two-point attempts, down from 40 percent last year. These numbers have raised questions about her offensive development and shot selection.
Viral videos highlight Reese’s rough starts
While Reese‘s overall scoring efficiency is under scrutiny, it’s her opening-shot struggles that have become an internet sensation. In five of her six games this season, Reese has missed her first field goal attempt.
That trend might have gone unnoticed if not for a social media campaign launched by Stadium Live, a sports content platform.
Since the Sky‘s opening game, the Stadium Live crew has posted a running gag where they bet on Reese to miss her first shot. What started as a lighthearted bit has now evolved into a viral series, with six videos collectively generating over 1 million views.
In each clip, the team reacts to Reese‘s missed first attempt with escalating hilarity, fueling conversation – and some mockery – among fans.
To be fair, Reese‘s effort and energy on the court remain unquestioned. She’s a tenacious defender and rebounder, often grabbing her own misses and keeping possessions alive. Still, for a player with aspirations of becoming a franchise cornerstone, her offensive inconsistency is under the microscope.
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