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%

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Highest temperature in Las Vegas on Jun 2, 2026?
kalshi

Highest temperature in Las Vegas on Jun 2, 2026?

Volume:
$28,531

100° to 101°

 - Kalshi

100° to 101° - Kalshi

1W

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Positive

Negative

Neutral

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Vol.

·

Resolved Jun 3, 2026

Closed: Jun 3, 4:00 AM EST

kalshi

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

100° to 101°

View
100%
Yes 100¢No 0¢
100¢
N/A
$7,885
N/A
N/A
$5,076
Settled
Yes
kalshi

98° to 99°

0%
Yes 0¢No 100¢
100¢
N/A
$9,934
N/A
N/A
$8,033
Settled
No
kalshi

102° to 103°

0%
Yes 0¢No 100¢
100¢
N/A
$4,986
N/A
N/A
$3,322
Settled
No
kalshi

104° to 105°

0%
Yes 0¢No 100¢
100¢
N/A
$2,522
N/A
N/A
$1,957
Settled
No
kalshi

106° or above

0%
Yes 0¢No 100¢
100¢
N/A
$1,907
N/A
N/A
$1,710
Settled
No
kalshi

97° or below

0%
Yes 0¢No 100¢
100¢
N/A
$1,298
N/A
N/A
$1,187
Settled
No
Total markets: 6

Description

This event tracks the maximum temperature recorded in Las Vegas on June 2, 2026, as reported by the National Weather Service, across multiple temperature ranges.

Frequently asked questions

The PredictionHero dashboard tracks real-time odds and trading activity for the highest temperature recorded in Las Vegas on June 2, 2026 on Kalshi. You can monitor the current implied probability of each temperature outcome, view 24-hour trading volume, and observe how odds shift as new information emerges. The dashboard displays the group's total volume of $28,531 and recent 24-hour activity of $20,574, giving you a snapshot of market participation and liquidity for this weather event.

Prediction market odds on Kalshi reflect real-money consensus from traders pricing in historical weather patterns, seasonal trends, and climate data for early June in Las Vegas. Analyst forecasts from meteorological services typically rely on numerical weather models and satellite data. Market odds may diverge from traditional forecasts when traders incorporate longer-term climate signals or adjust for uncertainty. Comparing the two reveals whether the market is pricing in more optimistic or pessimistic temperature scenarios than official weather guidance suggests for that specific date.

On Kalshi, prices reflect that venue's order book, liquidity, and how traders price the outcome right now. On Kalshi, this event is priced as a set of binary or range-based contracts tied to specific temperature thresholds for Las Vegas on June 2, 2026. Traders buy and sell shares reflecting their belief in whether the high will fall within or exceed defined brackets. The price of each contract directly represents the market's implied probability of that outcome occurring. As traders update positions based on weather forecasts and seasonal data, contract prices adjust in real time, allowing you to track shifting expectations about the day's peak temperature.

The market resolves on Jun 3, 2026, after the trading day ends and the highest temperature for Las Vegas on June 2, 2026 is officially recorded. Resolution hinges on the actual peak temperature observed at the designated weather station or official source used by the platform. Once the data is confirmed and published, the outcome is determined and all contracts settle according to which temperature bracket or threshold was met. This ensures the market reflects real-world weather data rather than speculation.

Key signals include updated seasonal forecasts, atmospheric pressure patterns, ocean temperature anomalies, and any unusual weather systems developing weeks ahead of June 2. Historical climate data and long-range model consensus can shift trader expectations about whether the day will be hotter or cooler than typical for early June. Major weather events or climate announcements in the months leading up to the date may also influence market pricing. Traders continuously reassess these signals, causing odds to drift as new meteorological information becomes available and the event date approaches.