TOTAL VOLUME:

$154.4b

24H VOL:

$235,918,089

24H TRANSACTIONS:

2,984,028,936

OPEN INTEREST:

$1,884,820,873

413,109

Markets across

40,428

events

MATCHED EVENTS:

4,364

PLATFORM COVERAGE:

5

Polymarket:

37%

VS.

Kalshi:

63%

BETA
Dashboards
Tour
All
Sports
Malaga vs Espanyol: Second Half Total
kalshi

Malaga vs Espanyol: Second Half Total

Volume:
$1,706

Over 0.5 2H goals scored

 - Kalshi

Over 0.5 2H goals scored - Kalshi

1W

News

Positive

Negative

Neutral

Hover marker for details

Vol.

·

Resolved Oct 9, 2026

Closed: Oct 9, 4:55 PM EST

kalshi

Kalshi

View
Join Kalshi and score $25 for your first trade.
Outcome
Trade
Chance %
Price
Spread
Liquidity
Volume
24h
7d
Open Interest
Ends in
Result
kalshi

Over 0.5 2H goals scored

View
100%
Yes 100¢No 0¢
—
N/A
$1,017
N/A
N/A
$841
Settled
Yes
kalshi

Over 2.5 2H goals scored

0%
Yes 0¢No 100¢
—
N/A
$553
N/A
N/A
$372
Settled
No
kalshi

Over 1.5 2H goals scored

0%
Yes 0¢No 100¢
—
N/A
$136
N/A
N/A
$129
Settled
No
Total markets: 3

Description

These markets assess the likelihood of various goal thresholds being exceeded in the second half of an upcoming La Liga soccer match between Malaga and Espanyol. Each market corresponds to a different minimum number of goals that must be scored for it to settle positively. The outcomes reflect collective performance in the latter half of the match.

Kalshi

The markets evaluate whether the combined number of goals scored by both Malaga and Espanyol in the second half of their La Liga match scheduled for October 9, 2026, exceeds specified thresholds of 0.5, 1.5, and 2.5 goals. All markets apply exclusively to goals scored during the second half and share consistent secondary rules: if the match is canceled or rescheduled to more than 48 hours beyond the original date, the markets resolve at a fair price. Each primary rule defines a distinct threshold, with the market resolving to 'Yes' only if the actual second-half goals surpass its respective threshold. The shared conditions ensure uniform treatment of scheduling disruptions while maintaining separate resolution criteria for each numerical threshold.