USA TODAY Sports recently ran a computer simulation of the 2026 college football season 100 times using its College Football 27 platform. The exercise was designed to forecast which players might capture the Heisman Trophy, the sport’s most prestigious individual award.
The model produced a strikingly diverse set of winners, with 19 different athletes listed as potential trophy recipients. While the exercise was purely hypothetical, the results offer a glimpse into the narratives that could shape the real season.
Quarterbacks dominate the forecast
Signal callers proved to be the most prevalent winners, accounting for 16 of the 19 simulated champions. Their prevalence reflects the premium placed on quarterback performance in modern college football, especially in high‑visibility programs.
Among the quarterbacks, Oklahoma’s John Mateer emerged as the most frequent Heisman recipient, topping the simulation with 19 victories. Close behind were Trinidad Chambliss and Jayden Maiava, who logged 17 and 13 projected wins respectively.
Surprises and overlooked names
The simulation also surfaced several unexpected candidates, including Arch Manning, Avery Johnson, Brad Jackson and Sam Leavitt. Their inclusion underscores how early‑season performances and statistical efficiency can catapult less‑heralded players into the conversation.
Veteran names such as Fernando Mendoza, Ahmad Hardy and Dante Moore also appeared in the model, suggesting that established performers could still shape the award’s narrative despite the emergence of new talent.
Implications for the upcoming season
While the simulation is not a guarantee of actual outcomes, it highlights the breadth of talent that could contend for the Heisman in 2026. Analysts may use the projections to gauge which players receive early Heisman buzz and which programs are positioned to produce standout campaigns.
The exercise also demonstrates the growing role of data‑driven simulations in sports journalism, offering a blend of statistical rigor and narrative storytelling that complements traditional scouting and expert opinion.