The conversation around the future of the College Football Playoff has gained momentum, and at its center is Oregon’s head coach Dan Lanning, who has publicly voiced his support for expanding the tournament from its current 12‑team format to 24 teams.
A Coach's Perspective on Expansion
Lanning argues that a larger bracket would be a net positive for the conference ecosystem and for college football as a whole. He points to the growing appetite for more competitive matchups and the way additional slots could reward teams that earn higher seeds through a strong regular season.
The Oregon program has already demonstrated its ability to thrive in the current structure, reaching the playoff in each of the past two seasons under the 12‑team format. Lanning’s endorsement of expansion is therefore not driven by personal gain for his own team but by a belief that the sport would be better served by a more inclusive postseason.
The Big Ten's Push and the December Deadline
The Big Ten Conference, which has captured the last three national championships, has been championing the 24‑team model for nearly a year. Conference leaders contend that the expanded field would amplify the regular season’s stakes, giving teams a tangible reward for securing a higher seed and thereby preserving competitive intensity throughout the schedule.
For the proposal to take effect for the 2027 season, the NCAA must approve the change before a December 1 deadline. That timeline leaves a narrow window for stakeholders to negotiate the details, including how the additional spots will be allocated and how the bracket will be structured.
What’s at Stake for the Sport
Beyond the immediate implications for Oregon and the Big Ten, the expansion debate touches on broader questions about the future of college football’s postseason. A 24‑team playoff could increase television exposure, generate new revenue streams, and deepen fan engagement, but it also raises concerns about diluting the regular season’s significance and the logistical challenges of managing a larger field.