TOTAL VOLUME:
$134b
24H VOL:
$107,351,958
24H TRANSACTIONS:
2,388,728,490
OPEN INTEREST:
$1,416,970,024
400,720
Markets across
30,097
events
MATCHED EVENTS:
2,633
PLATFORM COVERAGE:
5
Polymarket:
39%
VS.
Kalshi:
61%
Closed: Aug 8, 11:33 PM EST
Kalshi
This event tracks the outcome of a professional soccer match between Guadalajara and Dallas, focusing on the margin of victory for either team. The result depends on how many goals separate the winning team from the losing team at the end of regular time, excluding any extra time or penalty shootouts.
The event evaluates different goal-differential scenarios in the Guadalajara vs Dallas professional Leagues Cup soccer match scheduled for August 8, 2026. Resolution occurs based on the winning team's margin of victory after 90 minutes plus stoppage time, with outcomes determined by specific thresholds: Guadalajara winning by more than 2.5 goals, Guadalajara winning by more than 1.5 goals, Dallas winning by more than 1.5 goals, or Dallas winning by more than 2.5 goals. All markets resolve solely on regular-time results, explicitly excluding extra time or penalty phases. The rules clarify that Kalshi holds no official affiliation with the governing league, and all trademarks remain property of their respective owners.
This market resolves around Aug 9, 2026, with the outcome confirmed once the event is verifiable from credible public reporting. The result is determined by the official match score after accounting for the spread, and the platform will finalize the market based on that data. Timing depends on when authoritative sources confirm the final score and its implications for the spread.
Injuries to key players, weather conditions, or changes in team strategies could shift this market as the event approaches. Media coverage and expert analysis may also influence trader sentiment. Any unexpected developments — such as lineup changes or tactical adjustments — can cause rapid price swings, especially if they affect Guadalajara’s chances of covering the spread. Volume may rise sharply in response to these signals.