Opportunity baseline
FREE TOOL / FDL-001 MODEL
Expected
Touchdown Lab.
Put a receiving season through the exact opportunity baseline used in our published touchdown-regression study. See the estimate, the gap, and every coefficient—without sending us your inputs.
Not a 2026 projection
1,336 player-seasons
Inputs below threshold are flagged
Browser-only calculation
PRIVATE BY ARCHITECTURE. This calculation runs in your browser. There is no submit button, account, input storage, or server request.
Your input
Actual minus baseline
Scoring finished above the opportunity baseline.
Use the gap as a weak historical tiebreaker. Do not subtract it from a projection. Preserve opportunity first, then update quarterback, team, health, red-zone role, and market context.
Correlated inputs make individual coefficients non-causal.
HOW TO USE IT
Regress conversion.
Preserve opportunity.
Use touchdown-over-expected only as a weak historical tiebreaker after preserving opportunity and updating the current team, quarterback, health, and market context.
Read the complete study →WHAT THE MODEL IS
ridge-regularized linear expected-touchdown model
- Published run
- 2026-08-30-touchdown-regression-v1
- Test season
- 2024
- Ridge penalty
- 5.0
- Frozen validations
- 3 / 3
- Parameter SHA
- ebd6cd8d2895…
LIMITS / VISIBLE BY DEFAULT
A calculator is not
a projection system.
- This is the published 2024 walk-forward baseline trained on 2014–2023 seasons, not a 2026 player projection.
- Inputs below 40 targets are outside the study population.
- The five opportunity features are correlated; individual coefficients are not causal effects and should not be interpreted in isolation.
- The model omits route-level, red-zone, quarterback, team-environment, health, and betting-market information.
- Next-season validation conditions on players returning to at least 40 targets, creating survivor bias.
- Expected touchdowns were modestly better than raw touchdowns as a population baseline; both forecasts still missed by more than two touchdowns on average.
GLM-5.3 did not calculate these coefficients and is not called when you use this tool. Deterministic Python fit the published model; the frozen launch study used deterministic review checklists and was not GLM-5.3-reviewed. The current GLM-5.3 workflow and its failures remain public in the AI operations ledger →