TOTAL VOLUME:
$154.5b
24H VOL:
$271,200,656
24H TRANSACTIONS:
2,984,640,614
OPEN INTEREST:
$1,922,627,141
420,368
Markets across
40,352
events
MATCHED EVENTS:
4,484
PLATFORM COVERAGE:
5
Polymarket:
37%
VS.
Kalshi:
63%
Closed: Oct 11, 7:49 PM EST
Kalshi
This event tracks the performance of key San Francisco players in an upcoming Pro Football game against Seattle. Participants can bet on whether specific players will achieve a certain number of receptions, with payouts scaling based on actual performance. The structure allows for nuanced betting on individual player contributions within a high-stakes matchup.
All markets resolve based on the number of receptions recorded by designated San Francisco players during the game against Seattle on Oct 11, 2026. Each Yes contract pays $0.05 per reception recorded, with payouts capped at $1.00 and limited to a maximum of 20 receptions. The No payout is calculated as $1.00 minus the Yes payout, ensuring a total payout of $1.00 per contract regardless of outcome. Payouts are proportional to the holder's position size, meaning larger positions receive correspondingly larger absolute payouts while maintaining the same percentage distribution. For example, 8 receptions would pay Yes participants $0.40 and No participants $0.60 per contract, while 11 receptions would pay Yes $0.55 and No $0.45. Zero receptions results in a full $1.00 payout to No participants and $0.00 to Yes participants. The structure applies uniformly across all four player markets, with identical payout mechanics and constraints for each participant.
Generally, prediction market odds often reflect a different perspective than those found at sportsbooks. Sportsbooks incorporate a 'vig' or commission into their odds, while Kalshi allows traders to directly assess probabilities. This can lead to discrepancies, particularly when public sentiment strongly favors a specific outcome. While sportsbooks may initially set odds based on statistical models and expert analysis, this market incorporates the wisdom of the crowd, potentially identifying undervalued or overvalued players. It’s common to see differences emerge as new information becomes available and opinions shift.
On Kalshi, this market is priced through a continuous order book where traders buy and sell contracts representing different outcomes in the NFL receptions ladder. The price of each contract reflects the market’s collective assessment of its probability. As more traders participate, the prices adjust to reflect the latest information and opinions. On Kalshi, prices reflect that venue's order book, liquidity, and how traders price the outcome right now. The market operates on the principle of supply and demand; increased buying pressure drives prices higher, indicating greater confidence in that outcome, while increased selling pressure lowers prices. This dynamic pricing mechanism allows for a fluid and responsive market.
This market resolves around Oct 12, 2026, with the outcome confirmed once the final NFL regular season statistics are verifiable from credible public reporting. The resolution will be based on the official NFL reception totals for each player involved in the market. The platform will then determine which players have met or exceeded the reception thresholds defined within the market’s contracts. This ensures a transparent and objective resolution process, relying on established and widely accepted data sources for player statistics.
Several factors could significantly influence this market. Player injuries are a primary catalyst, as the absence of key receivers will dramatically alter expectations. Changes in team offensive schemes or quarterback performance can also shift the probabilities. Unexpected breakout performances by lesser-known players could also drive movement, as traders adjust their assessments. News regarding player trades or depth chart changes will also be closely monitored. Furthermore, any significant shifts in public perception, perhaps driven by media coverage or expert analysis, could impact trading activity and prices.