Finding Your Sweet Spot: The Yerkes-Dodson Law and Peak Performance in Hockey
- Jul 7
- 5 min read
Every hockey player knows the feeling: sometimes you're "in the zone" where every save feels effortless, every pass connects perfectly, and time seems to slow down. Other times, you're either too relaxed to react quickly or so amped up that you can't think straight. This isn't just random—it's science.
The secret to consistent peak performance lies in understanding what psychologists call the Yerkes-Dodson Law, or the optimal performance state. At P35 Sports, we integrate this principle into our mental coaching programs because mastering your arousal level is just as important as perfecting your technique.
What Is the Yerkes-Dodson Law?

Discovered by psychologists Robert Yerkes and John Dodson in 1908, this law describes the relationship between arousal (your level of alertness and activation) and performance. Here's the key insight: performance increases with arousal, but only to a point.
The relationship forms an inverted U-curve:
Too little arousal = poor performance (you're sluggish, unfocused)
Optimal arousal = peak performance (you're alert, focused, confident)
Too much arousal = declining performance (you're anxious, overthinking, tense)
Why This Matters More in Hockey Than Other Sports
Hockey is unique among sports because it demands:
Split-second decision making under pressure
Complex motor skills while moving at high speed
Constant adaptation to rapidly changing situations
Physical contact and potential for injury
Team coordination in a fast-paced environment
This complexity means that finding your optimal arousal level is absolutely critical. A soccer player might recover from being slightly over-aroused, but a goalie facing a breakaway at optimal arousal versus over-arousal can mean the difference between a save and a goal.

The Hockey-Specific Arousal Curve
Under-Aroused Hockey Performance
What it looks like:
Slow reaction times to shots or passes
Lazy skating, not getting to loose pucks first
Poor decision-making due to lack of focus
Missing obvious plays or opportunities
Feeling disconnected from the game flow
Real Example: A goalie who's under-aroused might track the puck visually but react too slowly to make the save. They see everything happening but can't activate their body quickly enough to respond.
Optimal Arousal Hockey Performance
What it looks like:
Quick, precise reactions without overthinking
Smooth, fluid movements that feel automatic
Clear decision-making under pressure
High awareness of teammates and opponents
Feeling "locked in" to the game
Real Example: A goalie in optimal state reads the play developing, positions perfectly, and makes the save look effortless. They're not thinking about technique—they're just reacting with trained instincts. We call it "to be in the zone" as well.
Over-Aroused Hockey Performance
What it looks like:
Overthinking simple plays
Tense, jerky movements
Poor decision-making due to anxiety
Tunnel vision, missing peripheral action
Physical tension affecting technique
Real Example: An over-aroused goalie might be so focused on a potential shot that they overcommit early, leaving themselves vulnerable to a pass or rebound they would normally handle easily.
Position-Specific Optimal States
Different hockey positions require slightly different optimal arousal levels:
Goalies: Controlled Alertness
Goalies need moderate-high arousal with exceptional emotional control. They must be alert enough for lightning-fast reactions but calm enough to make split-second decisions and recover quickly from goals.
Training Focus:
Breathing techniques for arousal regulation
Visualization for maintaining optimal state
Recovery protocols after high-stress situations
Defensemen: Steady Awareness
Defensemen benefit from moderate arousal that allows for both physical play and strategic thinking. They need to be activated enough for body contact but calm enough for good decision-making with the puck.
Training Focus:
Situational awareness drills
Pressure decision-making practice
Physical activation without over-arousal
Forwards: Dynamic Flexibility
Forwards often need variable arousal that can shift quickly between high activation (scoring chances) and moderate levels (playmaking).
Training Focus:
Quick arousal regulation techniques
Transition training between different game states
Maintaining creativity under pressure

Practical Applications: Managing Your Optimal State
Pre-Game Preparation
For Under-Aroused Players:
Upbeat music during warm-up
Visualization of successful plays
Physical activation exercises
Positive self-talk and affirmations
For Over-Aroused Players:
Calming breathing exercises (4-7-8 technique)
Progressive muscle relaxation
Slower, more methodical warm-up routine
Focus on process rather than outcomes
In-Game Adjustments
Recognizing Your State:
Monitor your breathing (rapid = over-aroused, slow = under-aroused)
Check muscle tension (tight = over-aroused, loose = under-aroused)
Assess decision-making quality
Notice reaction speed and accuracy
Quick Regulation Techniques:
Box breathing (4 counts in, hold 4, out 4, hold 4)
Activation cues (specific words or movements that increase energy)
Reset rituals (consistent actions that return you to optimal state)
Focus anchors (specific points of attention that center you)
Common Mistakes in Arousal Management
The "Pump-Up" Trap
Many players think they always need to be maximally fired up. This often leads to over-arousal and poor performance. Optimal doesn't mean maximum.
Ignoring Individual Differences
What works for one player might be terrible for another. Some players perform best when calm and focused, others need higher energy. Know your personal optimal zone.
Neglecting Recovery
Players often focus on getting "up" for games but ignore how to come down afterward. Recovery is part of performance management.
One-Size-Fits-All Approach
Different situations within the same game might require different arousal levels. Flexibility andn state management is crucial.

Building Your Personal Optimal Performance Protocol
Step 1: Self-Assessment
Track your performance and arousal levels over several games:
Rate your energy level (1-10) before games
Note your performance quality
Identify patterns between arousal and performance
Record what preparation methods you used
Step 2: Experimentation
Try different preparation techniques:
Vary your warm-up intensity
Experiment with different music or mental preparation
Test various breathing techniques
Try different visualization approaches
Step 3: Refinement
Based on your results:
Identify your personal optimal arousal range
Develop go-to techniques for reaching that state
Create backup strategies for different situations
Build consistency through practice
Step 4: Integration
Make optimal state management part of your regular routine:
Include it in practice sessions
Use it during games
Apply it to high-pressure situations
Continuously refine based on results
The Long-Term Performance Advantage
Understanding and applying the Yerkes-Dodson Law gives hockey players a significant competitive advantage:
Consistency: You can perform at your best more reliably
Adaptability: You can adjust to different game situations
Resilience: You recover faster from mistakes or setbacks
Confidence: You trust your ability to find your optimal state
Longevity: You avoid burnout from chronic over-arousal
Conclusion: Your Path to Peak Performance
The Yerkes-Dodson Law isn't just academic theory—it's a practical tool for hockey performance. Every elite athlete, whether they know the science or not, has learned to find and maintain their optimal arousal state.
At P35 Sports, we believe that mental skills are just as trainable as physical skills.
Understanding your optimal performance state and developing the tools to reach it consistently can transform your game.
The next time you step on the ice, don't just think about your technique or strategy. Ask yourself: "Am I in my optimal state?" The answer might be the difference between good performance and great performance.
Remember: Peak performance isn't about being maximally activated—it's about being optimally activated.










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