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Submission Probability Calculator

Submission Probability Calculator calculates estimated event probability from displayed fields. A material participant, format, or source change requires a new estimated event probability baseline.

Replace the example values

Use a separate saved case when an uncertain field needs a cautious alternative.

opportunities

Number of relevant attempts or chances.

%

Estimated chance of at least one submission on each opportunity.

events

Threshold required for the wager.

The intended use of this page

The working question for estimated event probability is narrow: estimate the chance of at least one submission from opportunities and a per-opportunity rate. For the selected event, the output describes an entered scenario and is not a guarantee.

Submission Probability depends on the event scope represented by Expected opportunities and Events needed.

Use the MMA Scorecard only after deciding that MMA Scorecard belongs in the analysis.

Where input quality can fail

In this model, a material participant, format, or source change requires a new estimated event probability baseline.

For this comparison, weigh-in information, reach, pace, style matchup, recent activity, and judging format should refer to the scheduled bout.

As a practical check, a difficult weight cut, replacement opponent, or round-format change warrants a new calculation.

To compare fight reach adjustment separately, open the Fight Reach Adjustment after saving this baseline.

From entries to the answer

probability = binomial chance of reaching the event threshold

Expected opportunities and a per-opportunity rate define the event process.

The distribution adds qualifying outcomes needed to reach the threshold.

For the saved case, an arithmetic check does not validate the underlying evidence.

Building one compatible input set

  • Expected opportunities belongs to the same period as the other entries. It is number of relevant attempts or chances.
  • Keep Probability per opportunity on the event basis defined here: estimated chance of at least one submission on each opportunity.
  • At this stage, check the timestamp and unit for Events needed because it supplies threshold required for the wager.

Under the entered assumptions, a source revision should stay visible rather than being blended into an unrelated adjustment.

How to read the result

The output is the chance of reaching the event threshold under the stated process.

Later opportunities may not remain independent.

For this market, compare only after confirming same event, selection, and settlement period.

After Submission Probability, if the next question is knockout probability, use the Knockout Probability and keep its inputs separate.

Reproducing the method

For the saved case, this worked case verifies the method without describing a typical market.

For the Submission Probability Calculator, a second set of inputs demonstrates how the formula behaves. Current event information belongs in the form above.

Expected opportunities is 3 opportunities. Probability per opportunity is 10.26%. Events needed is 1 event.

Applying the Submission Probability rule: probability = binomial chance of reaching the event threshold.

  • Fair odds: +261
  • Expected events: 0.31

For this estimated event probability example, the example should be reproducible from what is printed. Hidden corrections or unstated inputs should never be needed.

At this stage, keep the example separate from the saved market case.

Change Expected opportunities while leaving the rate fixed.

At this stage, test the rate in its own case if that source is uncertain.

A rare-event calculation is sensitive to dependence and variation in the underlying rate.

Settlement and data limitations

Opportunities are treated as independent with a constant rate.

For this market, verify scheduled rounds, no-contest treatment, method definitions, and the official-result policy.

Under the entered assumptions, an event update can stale the input set before the arithmetic changes.

A useful calculation record

In this model, keep event identity and timestamp beside estimated event probability.

For the selected event, keep event identity and timestamp beside estimated event probability.

As a practical check, a timestamped baseline remains useful when no wager follows.

Questions about the inputs

Can estimated event probability prove that a wager has value in Submission Probability?

For this comparison, no—source quality, price, limits, and settlement rules still require review.

On this page, how should conflicting sources be handled in Submission Probability?

Within this calculation, keep separate cases for defensible values instead of averaging incompatible estimates.