SimpleFunctions
Winner-take-all answer·10 source contracts·Polymarket 10·refreshed just now·Closes Jul 31, 2026 · 62d

Who will win Chopped Castaways

Leader sits at 70% across 10 bound outcomes, runner-up at 22%. This is a winner-take-all market — the headline is the leader’s price, not an arithmetic mean.

Leader probability

70%

Jean-Paul Bourgeois

runner-up 22¢leader 70¢

Outcomes

10

winner-take-all

Runner-up

22¢

Stephen Kina

Spread

48pp

contested

24h volume

$0

thin orderbook

Closes

Jul 31, 2026

62 days

Venue

Polymarket

10 bound

30-day trend

0%50%100%-30d-3w-2w-1wtodayJean-Paul Bourgeois: 67% (6 days, 6 points)Jean-Paul Bourgeois: 67% on 2026-05-29Stephen Kina: 22% (6 days, 6 points)Stephen Kina: 22% on 2026-05-29Paulette Tejada: 7% (6 days, 6 points)Paulette Tejada: 7% on 2026-05-29
Jean-Paul Bourgeois67¢Stephen Kina22¢Paulette Tejada7¢
Top 3 candidates by current price · 6d

Bracket family

How the bracket ladder is priced.

Each row is one outcome on the venue. Sorted by 24h volume — the heaviest book is at the top.

Analysis

Jean-Paul Bourgeois is priced as a 73% favorite to win the upcoming Chopped Castaways competition, based on aggregated predictions across 12 separate contracts. This probability reflects traders' assessment that Bourgeois has a substantially higher likelihood of victory compared to other competitors. The market shows considerable confidence in this outcome relative to the runner-up at 22%, though the remaining field splits roughly 5% across lower-priced contenders including Paulette Tejada, Ara Zada, Sunny Moody, Cate Meade, and Dwight Hudgins. The resolution will depend on the competition's actual results when Chopped Castaways airs. Key factors likely influencing the pricing include participants' demonstrated cooking skills in prior performances, their strategic strengths in survival or adaptation contexts, and any publicly available information about the competitive dynamics among this specific cast.

  • Jean-Paul Bourgeois maintains 3.3x the implied probability of the second-place contender, suggesting market participants perceive a material skill or strategic advantage
  • Paulette Tejada (5¢) is the highest-priced challenger among remaining competitors, with 24-hour trading volume matching lower-tier favorites, indicating some trader disagreement on the consensus ranking
  • The combined probability of all non-Bourgeois outcomes totals approximately 27%, representing meaningful residual uncertainty despite the strong favorite pricing
  • Trading volume remains modest ($120+ across top contracts in 24 hours), suggesting limited market participation may increase sensitivity to new information about contestant backgrounds or competition format
  • Cate Meade, Dwight Hudgins, and Ara Zada are all priced at or below 6¢, indicating the market assigns negligible winning probability to most of the field

What moved the line

  • May 27Jean-Paul Bourgeois11pp7665¢ · Polymarket
  • May 26Jean-Paul Bourgeois5pp7176¢ · Polymarket
  • May 28Stephen Kina5pp2217¢ · Polymarket
  • May 29Stephen Kina5pp1722¢ · Polymarket
  • May 25Jean-Paul Bourgeois4pp6771¢ · Polymarket

Recently closed in general

These markets stopped trading. Last odds and any captured outcome are shown above — full settlement detail lives at the venue.

More like this

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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.

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