The Redistribution — Opportunity Flow
Step 2 of the Redistribution Game: The core edge — how opportunity flows when players sit
You should read this if:
You bet NBA props and want to understand the mental models that drive outcomes.
The Core Insight
"When a star sits, their usage doesn't disappear — it redistributes to specific archetypes predictably. The market reprices the star and the obvious next option, but secondary beneficiaries stay mispriced for hours."
The NBA Mental Model
Injury Tier Assessment
Tier A (star, 30+ MPG) through Tier D (deep bench)
Predicts: How much opportunity is actually being redistributed — Tier D absences change nothing
New vs Established
Is the absence fresh (edge) or 10+ games (priced in)?
Predicts: Whether the market has already absorbed the redistribution
Redistribution Flow
Primary beneficiary → secondary → minutes beneficiary
Predicts: Who specifically absorbs the usage, based on archetype matching
Skill Curve Check
Can the beneficiary handle the extra load?
Predicts: Whether the boost is durable (flat curve) or a trap (steep curve)
Framework in Action: LeBron Sits: The Redistribution Map
LeBron is Tier A — ~28% usage, 35 MPG. When he sits, that usage has to go somewhere. Primary beneficiary: Austin Reaves (combo guard, moderate curve) gets ball-handling bump and +4% usage. Secondary: Anthony Davis gets more post touches and isolation opportunities. Minutes beneficiary: Rui Hachimura plays 30+ instead of 25 — the market often overlooks this. But beware: if a Tier D bench player is the "beneficiary," their steep skill curve means the efficiency collapse offsets the volume gain.
When to Apply This Framework
- ✓Star player (Tier A/B) confirmed OUT — this is the primary edge source
- ✓You can identify the specific redistribution beneficiary by archetype
- ✓The beneficiary's line hasn't moved yet (or hasn't moved enough)
- ✓Star player returning — reverse redistribution (beneficiary's stats will DROP)
When to Pass
- ⚠️Star is QUESTIONABLE with no clarity — true coin flip, wait for confirmation
- ⚠️Absence is ESTABLISHED (10+ games) — already priced into the beneficiary's line
- ⚠️Multiple players out creating unclear redistribution (too many variables)
- ⚠️Beneficiary has a STEEP skill curve and bet side is OVER (role player trap)
Key Takeaways
- ✓Redistribution is the #1 edge source in NBA props — the market is consistently slow to price secondary beneficiaries
- ✓The tier system matters: Tier A absence = major redistribution. Tier D = negligible. Multiple Tier D does not equal one Tier A.
- ✓Always check the skill curve of the beneficiary — more opportunity does NOT automatically mean more stats
- ✓Established absences (10+ games) are fully priced in — only NEW changes create edge
How DMP Helps
DMP calculates injury tier impact, identifies redistribution beneficiaries by archetype, applies skill curve dampening, and flags the role player trap when steep-curve players face OVER props.
WNBA Learning Path →
WNBA games are 40 minutes (vs 48 NBA). Stars regularly play 35+ MPG with fewer rest days. Smaller rosters (12 vs 15) mean injuries create bigger usage swings. Apply the same framework but expect tighter minute projections.
NCAAB Note
College basketball has less historical data and wider variance in minutes/rotations. Conference strength gaps matter — a Big 12 starter vs a mid-major gets different matchup context. The same prop framework applies, but lean on recent form over season-long averages.