S. Knight's elite goaltending looked like it might steal the game: 90% SV% on high-danger chances and +3.0 goals above expected. Montreal won 4-1 anyway because they controlled every underlying metric—70% of shot attempts (35–15), 66% of expected goals (6.02–3.04), and 0.093 xG per shot versus Chicago's 0.065.

The Canadiens generated 10 high-danger chances to Chicago's 5. Both teams massively underperformed their xG—Montreal by 2.02 goals, Chicago by 2.04—but Montreal's quality advantage meant they scored through it anyway. Chicago managed 0/5 on high-danger looks. J. Dobes (14/15, 0.933 SV%) overperformed too, but he played behind a relentless attack.

Nick Suzuki's snap shot from the circles (16:29, P3) was the turning point. L. Hutson (3A, 26:19) orchestrated the offensive pressure; Z. Bolduc (2G, 16:23) provided the finishing.

The model projects a CHI 2.4–2.8 MTL game with Montreal at 57% win probability. That lean reflects clear underlying dominance: the Canadiens control play across multiple metrics.

Montreal's advantage is visible. At even strength, the Canadiens post 48.0% expected goals against Chicago's 42.0%, while Corsi favors them 49.0% to 46.0%. Both readings point the same direction. These aren't overwhelming margins, but they compound across 60 minutes.

The catch lives in PDO. Montreal's 1.018 is hot. Chicago's 0.996 is cold. The Canadiens have squeezed more actual goals from their chances than underlying play should produce, a gap that regression typically closes. Whether that gap closes tonight or later is the operative question.

Cole Caufield drives Montreal's offense at 0.97 expected goals per 60 minutes and carries 33 goals on the season. That production exceeds his xG/60, mixing skill and variance. Oliver Kapanen (0.83 xG/60, 19 goals) provides secondary offense but trails Caufield in volume.

Chicago's attack depends on Tyler Bertuzzi (0.85 xG/60, 20 goals) and Connor Bedard. Bedard's profile is interesting: 0.82 xG/60 with 27 assists speaks to creation ability, but his 11.8% shooting rate is conspicuously low. That either signals underperformance from injury or genuine regression from stronger early-season shooting.

The strategic question is whether Montreal's PDO edge persists or collapses. The xG numbers suggest Montreal has earned shots; the PDO says they've converted at an unsustainable rate. Caufield's 20.0% shooting carries similar regression risk. Chicago's 18.0% for Bertuzzi and 11.8% for Bedard suggest underperformance, meaning they're likelier to finish closer to their true talent level.

Montreal should win this matchup on play quality. But the PDO gap creates real variance. Take the Canadiens, but factor in that luck regresses. Chicago gets a win probability discount despite relatively stable underlying play—a team executing to their model projection, not a team destined to lose.