S32 — LOB Regression | 68 picks · 36W–32L · 52.9% · +$1,215 P&L · +71.5% ROI
Today's pick: S32 ? Cleveland Guardians -105 at Atlanta (stranding 12.0 runners/game last 7 days).
Teams stranding 12+ runners per game over 7 days are getting unlucky. Baserunners represent real offensive quality — converting them into runs is partly random. Back these teams before the market adjusts.
The edge is on underdogs: 31W/28L for +$1,143 on dogs vs 5W/4L for +$72 on favorites. When a team strands runners, they lose close games, the market prices them as underdogs, but the underlying production hasn't declined — just the conversion. S32 exploits that gap.
April 5 breakout: 11W/3L for +$1,140 in one day — suppressed offenses finally broke through while the market still priced them as cold.
Best teams: Cincinnati (+$460, 4-0), Angels (+$325, 3-1), Colorado (+$315, 3-1), San Diego (+$270, 3-1).
The refined version of S32. Strand rate measures what percentage of baserunners are left on base (league average ~72%). When it climbs above 78–80%, clutch hitting hasn't disappeared — sequencing just went cold. It regresses.
Dog-side dominance: 19W/16L for +$720 on underdogs. Away-side dominance: 12W/5L for +$845 on the road vs 8W/11L for -$30 at home. Road teams with high strand rates look terrible in box scores, the market overreacts, and the payout is bigger when regression hits.
Best teams: Cincinnati (+$460, 4-0), Angels (+$425, 3-0), San Diego (+$270, 3-1) — the same names both strategies identified simultaneously.
35 games had both S32 and S62 on the same team. Combined: 20W–16L, 55.6%, +$815. Two independent measurements confirming the same conclusion — a team's offense is better than its recent scoring shows.
These strategies work for the right reasons — they identify a measurable market inefficiency and exploit it systematically at plus-money odds. The risk: 52–55% win rates are thin. Cold streaks will happen. The thesis is sound, but the next milestone is 200 picks per strategy. At that sample, we'll know if this is signal or well-timed variance.
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