Original educational analysis
Jets–Hurricanes: how shot suppression builds a differential
By Sports Forensics editorial analysis
Published November 01, 2026, 10:15 AM PST · Statistics checked November 01, 2026, 09:39 AM PST
Carolina’s early shot differential has two distinct parts: generating more shots and allowing fewer. For its November 1 meeting with Winnipeg, the defensive side of that comparison deserves almost as much attention as the Hurricanes’ offense. These are completed-game season figures, not statistics from today’s game.
Separating the two sides of the differential
The NHL’s regular-season game reports list 498 shots for Carolina and 333 against across 15 games, from September 29 through October 29. That is 33.2 shots for and 22.2 against per game: a differential of plus 11.0. Winnipeg’s 14 games, October 2 through October 30, produced 369 shots for and 414 against, or 26.36 for and 29.57 against per game. Its differential was minus 3.21.
The difference between those two differentials is 14.21 shots per game. Of that gap, 6.84 comes from Carolina’s higher shooting rate: 33.2 minus 26.36. Another 7.37 comes from the lower rate of shots conceded: 29.57 minus 22.2. The defensive component accounts for about 52% of the comparison. Looking only at Carolina’s shots taken would miss slightly more than half of this arithmetic gap.
Why the denominator changes the story
A second calculation pools each team’s shots for and against. Carolina accounted for 498 of the 831 shots on goal in its games, a 59.9% share. Winnipeg accounted for 369 of 783, or 47.1%. These percentages weight games by their total shot counts; they are not a simple average of each game’s percentage. They also measure shots on goal, not time controlling the puck.
That distinction matters during the matchup. A low-event period can have a strong shot share without much attacking volume. A busy period can generate plenty of shots while still allowing more at the other end. Reading shots for, shots against and share together separates those situations better than quoting one total.
The season samples include all manpower situations and overtime. They do not adjust for opponents, score effects, home ice or empty-net situations. Shots that miss or are blocked are outside this count, and a shot from the perimeter counts the same as a close-range chance. Carolina’s historical suppression rate therefore describes an outcome; it does not establish how much came from possession, defensive structure, opponents or game circumstances. Neither team’s season average is a live forecast of today’s shot count.
Statistical score projection
Carolina 4, Winnipeg 2. This is a simple pregame statistical baseline, frozen before play. Carolina scored 56 goals and allowed 35 in 15 completed games; Winnipeg scored 34 and allowed 47 in 14. Averaging Carolina’s 56/15 goals per game with Winnipeg’s 47/14 allowed gives 3.55. Averaging Winnipeg’s 34/14 scoring rate with Carolina’s 35/15 allowed gives 2.38. Rounding each result to the nearest whole goal produces 4–2.
The inputs are the NHL’s regular-season team goal totals through October 31, reconciled to its individual game reports. This arithmetic does not estimate a most likely exact score or provide a validated accuracy rate. It does not adjust for starting goalies, availability, rest, venue, opponent strength or the distribution of goals. The shot analysis above explains the matchup; those shot figures are not additional inputs to this scoring calculation.