NBA 2K25 Nails Finals Prediction While NHL 25 Struggles
A detailed analysis of how NBA 2K25 accurately predicted the NBA Finals while NHL 25 missed the mark in the Stanley Cup predictions.

NBA 2K25's Accurate Finals Prediction
NBA 2K25 has once again proven its prowess in simulating basketball outcomes by accurately predicting the Oklahoma City Thunder's victory over the Indiana Pacers in the 2025 NBA Finals. The simulation forecasted a 4-2 series win for the Thunder, which closely mirrored the actual series that ended in a thrilling 4-3 victory for Oklahoma City.
Key Predictions:
- Game 1: Pacers 121 - 108 Thunder
- Game 2: Thunder 111 - 93 Pacers
- Game 3: Thunder 102 - 100 Pacers
- Game 4: Pacers 120 - 109 Thunder
- Game 5: Thunder 113 - 108 Pacers
- Game 6: Thunder 119 - 113 Pacers
The simulation's prediction for Game 2 was particularly noteworthy, as the point difference was only two points off the actual result. Additionally, the simulation correctly identified Shai Gilgeous-Alexander as the Finals MVP.
NHL 25's Missed Stanley Cup Prediction
In contrast, NHL 25 struggled to predict the outcomes of the Stanley Cup playoffs. The simulation had the Edmonton Oilers triumphing over the Florida Panthers in a 4-3 series, but the actual series saw the Panthers dominate with a 4-1 victory.
Key Predictions:
- Game 1: Panthers 4 - 2 Oilers
- Game 2: Oilers 2 - 1 Panthers
- Game 3: Panthers 5 - 3 Oilers
- Game 4: Panthers 4 - 2 Oilers
- Game 5: Oilers 3 - 2 Panthers
- Game 6: Oilers 5 - 4 Panthers
- Game 7: Oilers 3 - 2 Panthers
NHL 25 predicted only one overtime game (Game 5), but the real series featured three overtime games, including one double overtime. The Conn Smythe Trophy went to the Panthers' Sam Bennett, not the Oilers' Leon Draisaitl as predicted.
Conclusion
While NBA 2K25 continues to impress with its accurate simulations, NHL 25 has room for improvement in predicting hockey outcomes. Both games offer unique insights into the world of sports simulations, but their differing success rates highlight the complexities of forecasting real-world sports events.