Minnesota Timberwolves Depth Chart
Current Rotation & Positional Breakdown
Injuries
PG:
Mike ConleyBest: PG4.5pts - 1.7reb - 2.9ast
Bones HylandBest: PG8.5pts - 1.8reb - 2.6ast
Ayo DosunmuBest: SG14.8pts - 3.4reb - 3.6ast
Jaylen ClarkBest: SG4pts - 1.8reb - 0.6ast
Donte DiVincenzoBest: SG12.2pts - 4.1reb - 3.8ast
Achilles
SG:
Anthony EdwardsBest: SG28.8pts - 5reb - 3.7ast
Ayo DosunmuBest: SG14.8pts - 3.4reb - 3.6ast
Jaylen ClarkBest: SG4pts - 1.8reb - 0.6ast
Terrence Shannon Jr.Best: SF5.6pts - 1.1reb - 0.9ast
Donte DiVincenzoBest: SG12.2pts - 4.1reb - 3.8ast
Achilles
SF:
Jaden McDanielsBest: SF14.8pts - 4.2reb - 2.7ast
Anthony EdwardsBest: SG28.8pts - 5reb - 3.7ast
Terrence Shannon Jr.Best: SF5.6pts - 1.1reb - 0.9ast
Kyle AndersonBest: PF6.2pts - 3.5reb - 2.9ast
Julian PhillipsBest: SF2.9pts - 1reb - 0.2ast
Ayo DosunmuBest: SG14.8pts - 3.4reb - 3.6ast
Jaylen ClarkBest: SG4pts - 1.8reb - 0.6ast
Joe InglesBest: SF1.5pts - 0.7reb - 1.3ast
PF:
Julius RandleBest: PF21.1pts - 6.7reb - 5ast
Naz ReidBest: C13.6pts - 6.2reb - 2.2ast
Kyle AndersonBest: PF6.2pts - 3.5reb - 2.9ast
Enrique FreemanBest: PF3.3pts - 2.5reb - 0.5ast
Julian PhillipsBest: SF2.9pts - 1reb - 0.2ast
Joe InglesBest: SF1.5pts - 0.7reb - 1.3ast
Joan BeringerBest: C3.9pts - 2.3reb - 0.3ast
Terrence Shannon Jr.Best: SF5.6pts - 1.1reb - 0.9ast
C:
Rudy GobertBest: C10.9pts - 11.5reb - 1.7ast
Naz ReidBest: C13.6pts - 6.2reb - 2.2ast
Rocco ZikarskyBest: C2.8pts - 2.8reb - 0.4ast
Joan BeringerBest: C3.9pts - 2.3reb - 0.3ast
Remaining Games Projections
These depth charts represent our projected player rotations and minute allocations for upcoming games. They are continuously updated to reflect:
- Current injuries and estimated return dates
- Recent coaching adjustments to rotations
- Player performance trends and role changes
Our season projections use these depth charts as a foundation for team strength calculations in our Monte Carlo simulations. By modeling each team's actual available roster for each remaining game, we generate more accurate projections than methods that rely solely on team-level statistics.
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