Ole MissBIG // OLE MISS
#40 on the consensus board, with Big framing the current projection out of Ole Miss.
POSITION
FC
ROLE
Big
HEIGHT
6'4"
WINGSPAN
6'10"
AGE
23.2
ROUTE
Univ.
Best translated signals: BLK% // FTR // 3P%.
More fragile areas: STL% // EFG%.
RAPM_TOTAL
+5.6
17 percentile
OFF_ADJ_PPP
+3.5
17 percentile
DEF_ADJ_PPP
+2.1
26 percentile
TS%
55.3%
24 percentile
3P%
31.9%
57 percentile
AST%
8.2%
29 percentile
PROFILE_CONTEXT
POSITION
FC
ROLE
Big
TEAM
Ole Miss
ROUTE
Univ.
AGE
23.2
HEIGHT
6'4"
WINGSPAN
6'10"
HOMETOWN
Toronto, ON
MATCH_STATUS
Matched players render full percentile-driven analysis from draftballr_wnba.
ANALYSIS
WNBA_STAT_PROFILE
SCORING_ENGINE
How she creates value as a scorer and spacer.
OFF_ADJ_PPP
Shot creation and scoring lift.
TS%
Overall efficiency.
EFG%
Shot value efficiency.
RIM%
Finishing at the rim.
3P%
Outside shot making.
3PR
Three-point volume.
FTR
Free-throw pressure.
CREATION_CONTROL
Playmaking load, possession quality, and stability.
RAPM_TOTAL
Combined on-court impact signal.
AST%
Playmaking share.
TO%
Ball security.
DEFENSIVE_ACTIVITY
Disruption, contesting, and possession finishing.
DEF_ADJ_PPP
Defensive suppression and resistance.
STL%
Turnover creation.
BLK%
Rim disruption.
ORB%
Second-chance creation.
DRB%
Possession finishing.
WNBA percentiles are read directly from the matched draftballr_wnba percentile payload. Higher percentile is treated as better across the supported metric set.
LATTIMORE_HOOP_EXPLORER
VIEW_SOURCERAPM // NCAA_W
4 Factor Impact
Shot Profile
Shot Making
4 Factor Impact
Shot Deterrence
Shot Defense
These factors are regularized RAPM-style estimates of how the player moves her team's performance relative to league baseline when she's on the floor. ORAPM/DRAPM summarize overall offensive and defensive impact per 100 possessions; the sub-rows approximate impact on effective shooting, turnover margin, rebounding, and free-throw pressure, then unpack where shots come from (profile/deterrence) and how they are finished or contested (making/defense). The offensive components incorporate priors to stabilize estimates, while the defensive components are currently fit without priors.