TOTAL VOLUME:
$154.8b
24H VOL:
$277,138,640
24H TRANSACTIONS:
2,984,640,614
OPEN INTEREST:
$1,905,404,943
412,077
Markets across
39,838
events
MATCHED EVENTS:
4,526
PLATFORM COVERAGE:
5
Polymarket:
37%
VS.
Kalshi:
63%
Closed: Oct 18, 7:09 PM EST
Kalshi
In the upcoming Arizona vs Los Angeles football game, markets will track whether Matthew Stafford or Jacoby Brissett achieve specific passing yard thresholds. Each threshold represents a distinct level of performance, with outcomes determined by the total yards each quarterback accumulates during the game.
Each market resolves based on whether the specified quarterback records the exact passing yard threshold or higher in the designated game. If a quarterback is active but does not take any snaps, the market settles at the pre-game fair market price. Once a quarterback takes at least one snap, the outcome is determined solely by the total passing yards recorded, regardless of any penalties that may nullify specific plays. These rules apply uniformly across all passing yard threshold markets for both quarterbacks.
This market resolves around Oct 19, 2026, with the outcome confirmed once the official passing yardage totals from the game are verifiable from credible public reporting. The final result will be based on the official statistics released by the NFL. The market will determine which passing yardage range was achieved by the relevant player during the game, and contracts will pay out accordingly. Trading will cease once the outcome is known and officially reported.
Several factors could significantly impact this market. Any news regarding player injuries, particularly to the starting quarterbacks, would likely cause substantial movement. Changes in weather forecasts, such as strong winds or heavy rain, could also influence expectations for passing yardage. Unexpected coaching decisions or shifts in offensive strategies could also play a role. Finally, late-breaking news about player matchups or defensive schemes could lead to adjustments in the market as traders react to the latest information.