Houston to win Milwaukee vs Houston
Houston is priced at 46¢ on Kalshi. Current book: 45¢ bid, 46¢ ask, 1¢ spread. This outcome ranks #2 of 2 inside Milwaukee vs Houston Winner.
Price history
46¢ current
+19¢Contract brief
If Houston wins the Milwaukee vs Houston professional baseball game originally scheduled for May 29, 2026 at 8:10 PM EDT, then the market resolves to Yes.
Outcome
Houston
Rank
#2 of 2
Leader
Milwaukee 54¢
Range
45¢-54¢
Family volume
$5K
Identifier
KXMLBGAME-26MAY292010MILHOU-HOU
May 28, 2026, 7:38 PM UTC · 22m ago
Implied probability
Bid
45¢
Ask
46¢
Spread
1¢
24h volume
$353
Family rank
#2 of 2
2 outcomes · Milwaukee vs Houston Winner
Closes
Jun 2, 2026
Family volume
$5K
Orderbook snapshot
45 / 46¢
Contract terms
What resolves this market.
YES condition
If Houston wins the Milwaukee vs Houston professional baseball game originally scheduled for May 29, 2026 at 8:10 PM EDT, then the market resolves to Yes.
Venue
Kalshi
Closes
Jun 2, 2026
Identifier
KXMLBGAME-26MAY292010MILHOU-HOU
Event family
Milwaukee vs Houston Winner.
The same race as a probability stack: rank, volume, and where this contract sits against the other outcomes.
Total volume
$5K
Outcomes
2
Highest price
Milwaukee 54¢
Current share
7%
Browse this series
Indicators
Yield, cliff risk, volatility, and regime.
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How we compute these odds
SimpleFunctions aggregates live prediction-market contracts from Kalshi and Polymarket. Each slug groups contracts that resolve on the same underlying event, identified by venue event_id.
For binary slugs, the headline probability is the liquidity-weighted mid-price across all bound contracts. For multi-outcome slugs (e.g. elections with 3+ candidates), the headline is the leader’s price; we never arithmetically average disjoint outcomes — that would produce a number with no real-world meaning.
Snapshots refresh every 5 minutes during market hours; daily aggregates are computed at 04:00 UTC. The 30-day sparkline is drawn from per-ticker daily means stored in market_indicator_daily; 24h delta and movement events are derived from the same source.