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Red Shot Game Analysis: Key Figures, Factors, and Results

Dive into the world of the red shot game through detailed analyzes of factors like shot efficiency and save percentage, determining game outcomes. Explore the significance of offensive and defensive plays, key players' performance, and game strategies. Learn how the distribution of shots influences the game results and why red shots hold vital importance. Gather insights on power play, box play, and shot types crucial for success on the ice.

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Red Shot Game Analysis: Key Figures, Factors, and Results

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  1. Detailedanalyzes Red shot game - accumulated Rankedplayers Summary Forwards Shots, opponents Shots, offensive Goal Keepers Power play Defensive Offensive Box play 5 versus 5 Red shot game Keyfigures Defense men Team analyzes Individualanalyzes Performance data

  2. Summary- Factorsthatdetermine the resultsof the games Start

  3. Keyfigures • A typical distribution is 72% green shots / 28% red shots • Average shot efficiency for a green shot is 2.6% and 21.6% for a red shot • This corresponds to a save percentage SVS% of 97.4% and 78.4% • A good offense player shoots many red shots  • A good defense manprevents red shots from the opponents  • A good goalkeeper saves many red shots (and many green shots). Green save percentage varies very little between different goalkeepers  • A typical distribution of power play and box play is 60% green shots / 40% red shots Start

  4. Red shot game Conclusion - Comment - What is the red shot game? Legends Redshot Redgoal Start Canadas’sredshots Norway’sredshots

  5. Red shot game – accumulated Conclusion - Comment - What is the red shot game? Legends Redshot Redgoal Start Canadas’sredshots Opponent’sred shots

  6. Red shot game- Since green shots mostly are inefficient, it is worthwhile only looking at the shots with high scoring chance – the redshots • The team that produces most red shots wins the red shot game • The red shot game gives an indication on how successful the offense have been Red shot game Start

  7. Red shot game- Since green shots mostly are inefficient, it is worthwhile only looking at the shots with high scoring chance – the redshots • The team that produces most red shots wins the red shot game • The red shot game gives an indication on how successful the offense have been Red shot game - accumulated Start

  8. Goal keepers- Save percentage, SVS%, green and redshots Typicalaverage save percentage 97.4 % green shots 78.4 % red shots • Averagesave percentage: 97.4 / 78.4 • Roberto Luongo: - / - • Carey Price: - / - • Mike Smith: - / - Conclusion - Comment - Start

  9. Defensive- Shots from the opponents Typicalaverage distribution 72 % green shots 28 % red shots Conclusion - Comment - Start

  10. Offensive- Distribution and shotefficiency Typicalaveragedistribution 72 % green shots 28 % red shots Typicalaverageshotefficiency 2.6 % green shots 21.6 % red shots Conclusion - Comment - Start

  11. Rankedplayers- Best playersaccording to the Performance analyze Start

  12. Defense men- Shot from opponents Typicalaveragedistribution 72 % green shots 28 % red shots Conclusion - Comment - Start

  13. Forwards Distribution, better forwards Distribution, poorer forwards Shotefficiency, better forwards Shotefficiency, poorer forwards Start

  14. Distribution, better forwards Typicalaveragedistribution 72 % green shots 28 % red shots Conclusion - Comment - Forwards Start

  15. Distribution, poorerforwards Typicalaveragedistribution 72 % green shots 28 % red shots Conclusion - Forwards Start

  16. Shotefficiency, betterforwards Typicalaverageshotefficiency 2.6 % green shots 21.6 % red shots Conclusion - Comment - Forwards Start

  17. Shotefficiency, poorer forwards Typicalaverageshotefficiency 2.6 % green shots 21.6 % red shots Conclusion - Comment - Forwards Start

  18. Shots, offensive List of the different shottypes Conclusion - Comment - Start

  19. Shots from the opponents List of the different shottypes Conclusion - Comment - Start

  20. 5 verus 5 Typicalaveragedistribution 72 % green shots 28 % red shots Typicalaverageshotefficiency 2.6 % green shots 21.6 % red shots Offensive distribution - % green shots/ - % red shots Offensive shotefficiency- % green shots/ - % red shots Shots from the opponents Defensive distribution- % green shots/ - % red shots Defensive shotefficiency- % green shots/ - % red shots Conclusion - Start

  21. Powerplay Typicalaverage distribution 72 % green shots 28 % red shots Typicalaverageshotefficiency 2.6 % green shots 21.6 % red shots Distribution - % green shots/ - % red shots Shotefficiency- % green shots/ - % red shots Conclusion - Start

  22. Boxplay Typicalaveragedistribution 72 % green shots 28 % red shots Typicalaverageshotefficiency 2.6 % green shots 21.6 % red shots Distribution, opponents - % green shots/ - % red shots Shotefficiency, opponents - % green shots/ - % red shots Conclusion - Start

  23. List ofgreen andred shots • A - green shot (2.6% shot efficiency) • B - short puck contact (15.5% shot efficiency) • C - rebounds (21.2% shot efficiency) • D - deflections  (21.2% shot efficiency) • E - screened shots (16.4% shot efficiency) • F - puck transport crossing the central line (27.9% shot efficiency) • G - pass crossing the central line which is followed by a shot (shot 29.3% efficiency) • Averageshotefficiency B-G: 21.6% Shots, offensive Start

  24. List ofgreen andred shots • A - green shot (2.6% shot efficiency) • B - short puck contact (15.5% shot efficiency) • C - rebounds (21.2% shot efficiency) • D - deflections  (21.2% shot efficiency) • E - screened shots (16.4% shot efficiency) • F - puck transport crossing the central line (27.9% shot efficiency) • G - pass crossing the central line which is followed by a shot (shot 29.3% efficiency) • Averageshotefficiency B-G: 21.6% Shot, opponents Start

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