Minnesota Wild vs Seattle Kraken Prediction (Apr 07, 2026)
Minnesota Wild vs Seattle Kraken — Apr 07, 2026
Detailed NHL game prediction for Minnesota Wild vs Seattle Kraken: pregame win probabilities, expected goals, and projected totals from our NHLForecasts model.
Explore more matchups on the NHL games calendar or full modeled schedule. See how this game impacts NHL playoff odds & Stanley Cup probabilities, or review team pages for longer-term outlooks for Minnesota Wild and Seattle Kraken.
Expected goals: Minnesota Wild 3.37 — Seattle Kraken 2.50 • Median total: 6.6
Advanced matchup context
Reconstructed from earlier games. Research measures; the win probabilities above use the existing forecast model.
| Per-team for minus against | MIN | SEA |
|---|---|---|
| Net attempts / 60 | -0.44 | -7.07 |
| Score-adjusted net attempts / 60 | +0.05 | -7.90 |
| Net xG / 60 | +0.23 | -0.41 |
| Score-adjusted net xG / 60 | +0.25 | -0.44 |
MIN: last 30 eligible games · 1376 verified minutes · through 2026-04-05
SEA: last 30 eligible games · 1323 verified minutes · through 2026-04-06
Reading the form numbers
Net means created minus conceded. Rates use the last 30 eligible regular games, with at least 30 verified five-on-five minutes and 80% attempt retention per game. Score adjustment removes the fitted score-state effect while retaining team strength. Shot volume and xG are adjusted separately. These form replacements have not earned a place in the win model.
Where the attempts may come from
| Shot category | MIN | SEA |
|---|---|---|
| Rebound | 11.1% | 9.7% |
| Close range | 18.6% | 18.0% |
| Long range | 24.1% | 24.3% |
| Other | 46.3% | 47.9% |
Profiles frozen 2026-04-01; observations through 2026-03-31. A 50/50 blend of each attack's history and the opposing defense's conceded mix.
These are shot shares, not chance counts or win probabilities. Categories are exclusive: rebounds first, then close (within 25 feet and 45°), long (50+ feet), and other.
Get NHL forecasts in your inbox
Occasional emails with NHL forecasts, analysis, and model updates.