GP covers official regular-season appearances and credited forfeits; playoff games are listed separately, and per-game rates use games with recorded player stats. OVR is one player rating for the named season, even if the player changed teams or tiers. Avg Score averages recorded game ratings. MIR combines scoring, playmaking, defense, and MVP impact per game. GOAT combines all-time legacy points and rank. The header shows the current team assignment, or the latest team played for when no current assignment exists.
Season Stat Profile
Interceptions/Game8.00#8/2672nd
Passes/Game7.38#11/2660th
Assists/Game0.29#10/2664th
Goals/Game0.04#10/2664th
MVP Rate8.3%#10/2664th
Avg Score4489.58#8/2672nd
Competition: Pro β 24
Team stints: Nova Core 24
These comparisons show the player's public season performance profile. V4.2 also accounts for position usage, sample certainty, and competition context, so these rankings are context rather than a formula breakdown.
These comparisons show the player's public season performance profile. V4.2 also accounts for position usage, sample certainty, and competition context, so these rankings are context rather than a formula breakdown.
These comparisons show the player's public season performance profile. V4.2 also accounts for position usage, sample certainty, and competition context, so these rankings are context rather than a formula breakdown.
S5 Β· 68.7 OVR Β· Defense#34 of 42 Β· 20th percentile Β· +2.0 OVR Β· Small sampleView breakdown
Season Rating
68.7 OVR
Defense #34 / 42
League #131 / 165
9 appearances Β· Small sample
Season Stat Profile
Interceptions/Game4.56#35/4217th
Passes/Game6.67#32/4224th
Assists/Game0.11#22/4249th
Goals/Game0.00#16/4263rd
MVP Rate11.1%#13/4271st
Avg Score3166.67#34/4220th
Competition: Pro β 9
Team stints: Guilty FC 9
These comparisons show the player's public season performance profile. V4.2 also accounts for position usage, sample certainty, and competition context, so these rankings are context rather than a formula breakdown. Season averages can move significantly in a small sample.
MRL