Sport Psychology: The “Second Wind” and Cognitive Strategies in Endurance Events

You’ve definitely experienced this moment: 90 minutes into a long ride, your legs suddenly feel light, your breathing smooths out, and the world seems better; veterans call it the “second wind.” Behind this phenomenon lies physiology, and even more so, psychology. This article integrates classic research in sport psychology with the latest applications, giving riders a set of cognitive tools they can use during competition.

1. What Exactly Is the “Second Wind”?

Physiological Side

• Initial energy system switch: transitioning from glycolysis to aerobic fat oxidation
• Core body temperature rises to a steady state, sweat glands and circulation fully activated
• The pituitary gland releases β-endorphin, producing the “runner’s high”
• Cardiovascular system’s VO2 slow component stabilizes

Psychological Side

• Initial anxiety and pain signals become habituated
• Attention shifts from internal bodily sensations to the external environment (natural dissociation)
• Sense of control (self-efficacy) increases

2. Two Thinking Strategies: Association vs. Dissociation

Definitions

Strategy	Focus	Example
Association	Bodily sensations, performance metrics	Monitoring breathing, heart rate, cadence, leg feel
Dissociation	External things unrelated to the race	Listening to music, doing mental math, planning a vacation

Classic Research: Morgan & Pollock (1977)

Elite marathon runners tend to use associative strategies, while most recreational runners use dissociation. This was once interpreted as “association = better performance.”

New Consensus in the 2020s: Context Determines Strategy

• High-intensity segments (> 85% FTP): Associative strategies are superior, because precise monitoring of physiological state is needed to avoid blowing up
• Long-duration, low-intensity: Dissociative strategies reduce perceived exertion and extend tolerance time
• Middle zone: A mix of both, with 60% association / 40% dissociation being a common recommendation

New Findings from a 2021 IJSEP Study

Focusing on muscle pain (an extreme form of association) was actually superior to dissociation and ordinary association for muscular endurance performance. This means advanced riders can “dance with the pain” rather than avoid it.

3. Internal Focus vs. External Focus

Wulf’s (2013) Attentional Focus theory:

• Internal focus: Concentrating on body movements (e.g., “engage your glutes”)
• External focus: Concentrating on the outcome of the movement (e.g., “push the pedals forward”)

Research Shows

• External focus leads to better performance in technical movements (e.g., pedaling smoothness, descending corners)
• Internal focus is useful for learning new skills and correcting movement errors
• Skilled riders should use external focus most of the time (thinking about the line, drafting, teammates)

Practical Application for Taiwanese Riders

Situation	Recommended Focus
Final 2km of climbing Wuling	External (look at the arch, count utility poles)
Reviewing pedaling technique	Internal (feel the thighs, count cadence)
High-speed descending corners	External (look at the exit of the corner)
Peak moments of suffering	External + positive self-talk

4. Self-Talk: The Psychological Tool with the Strongest Evidence

A meta-analysis by Hatzigeorgiadis et al. (2011) showed: self-talk training improves sports performance by an average of about 10%, and it is especially effective for endurance sports.

Three Types of Self-Talk

Type	Function	Example
Instructional	Correcting technique	“Relax your shoulders, cadence 85”
Motivational	Boosting willpower	“I can endure these 5 minutes”
Cognitive Reframing	Changing interpretation	“This pain is a signal that I’m getting stronger”

Race-Day Script (Wuling Scenario)

• Renzhiguan section (heart rate spiking): “This is normal, I’m prepared”
• Before Cuifeng (worst physical feeling): “Every pedal stroke brings me closer to the finish”
• Final 1km: “I’ve made it this far, just 3 more minutes and it’s on my life resume forever”

5. Visualization

Research by Guillot & Collet (2008) shows that visualizing the race scenario 10 minutes before the start can improve performance. Specific steps:

1. Close your eyes for 2 minutes, simulate the starting area atmosphere: see the competitors, smell the air, hear the starting command
2. “Play” your expected ride step by step: cornering, attacking, enduring pain, crossing the line
3. When encountering imagined difficulties, practice how you would respond (“Legs starting to cramp → I shift to an easier gear + take electrolytes”)

The PETTLEP Model

Includes seven elements: Physical, Environment, Task, Timing, Learning, Emotion, Perspective. The more specific, the stronger the effect.

6. Reframing Pain

Noakes’ Central Governor Theory

The brain sends “slow down” signals before the body truly needs them, as a protective mechanism. This means your subjective pain often precedes actual physiological danger. Trained riders can delay the brain’s braking threshold.

In Practice: Interpreting Pain as Information

• ❌ “I can’t hold on much longer” → ✅ “This is a normal feeling at 95% FTP”
• ❌ “My legs feel so heavy” → ✅ “My leg glycogen is being consumed normally”
• ❌ “Why isn’t this over yet” → ✅ “I’m closer to my performance limit now than in yesterday’s training”

7. Chunking Time Techniques

Breaking a 5-hour Wuling climb into manageable blocks:

Block	Strategy	Psychological Tool
Start→Renzhiguan	Conservative, stay emotionally neutral	External focus + dissociation (chat with teammates)
Renzhiguan→Wushe	Steady pace	Association (monitor heart rate)
Wushe→Cuifeng	Hardest section	Motivational self-talk
Cuifeng→Yuanfeng	Grit your teeth	Chunk down to each kilometer
Yuanfeng→Wuling	Go all out	Visualize the finish line

8. Triggering the Flow State

Csikszentmihalyi’s flow theory has three elements:

1. Challenge = Skill level (too easy = boredom; too hard = anxiety)
2. Clear goals (specific to per-kilometer pacing)
3. Immediate feedback (power meter, heart rate, roadside markers)

Practical Ways for Riders to Induce Flow

• Set “segment goals” before the race rather than a single finish-line goal
• Play familiar music with a steady rhythm (used during training)
• Ride with teammates of similar ability (pushing each other to optimal intensity)

9. Periodizing Mental Preparation

Base Period

• Build 3 personal self-talk scripts
• 2 visualization sessions per week (10 minutes each)
• Cultivate a neutral interpretation of “pain”

Race Week

• 5 days before: visualize the full race daily
• 2 days before: simulate unexpected situations (flat tire, cramping, getting lost)
• 1 day before: shorten visualization to 10 minutes to avoid over-exertion

Race Day

• 15 minutes before the start: deep breathing + one core self-talk phrase
• After starting, don’t look at your heart rate for the first 10 minutes (easy to get anxious)
• When hitting a low point, switch to external focus + motivational phrases

10. Four Common Psychological Traps for Taiwanese Riders

Trap 1: Comparison Compulsion

“Strava shows someone faster than me” → Pushes up unnecessary training intensity, risk of overtraining
→ Countermeasure: Only look at your own results on the same segment from last month; ignore absolute rankings.

Trap 2: Weather Anxiety

Typhoon season, northeast monsoon, plum rain → Various excuses to cancel training
→ Countermeasure: Plan an indoor trainer Plan B in advance, so “switching methods” replaces “canceling.”

Trap 3: Equipment Dependence

“Once I buy new wheels, I’ll get faster” → A psychological excuse
→ Countermeasure: First find room for optimization in position, training, and sleep.

Trap 4: Fear of Failure

“I DNF’d at Wuling last time, should I even sign up this year?” → Overly conservative
→ Countermeasure: Treat the last DNF as data—identify the causes (nutrition, pacing, warm-up) and make specific improvements.

Conclusion

When your body hits its limit, your mind is your final weapon. Cognitive strategies, self-talk, visualization, pain reframing—these tools are not new-age mysticism, but battle-tested skills validated by decades of sport psychology research. Next time you’re climbing Wuling in so much pain you question your existence, remember: the second wind is a gift from your brain—the more you train it, the earlier it arrives.

References

• Masters, K. S., & Ogles, B. M. (1998). Associative and dissociative cognitive strategies in exercise and running: 20 years later, what do we know?
• Hatzigeorgiadis, A. et al. (2011). Self-talk and sports performance: A meta-analysis. Perspectives on Psychological Science.
• Wulf, G. (2013). Attentional focus and motor learning: a review of 15 years. Int Rev Sport Exerc Psychol.
• Noakes, T. D. (2012). Fatigue is a brain-derived emotion that regulates exercise behavior. Front Physiol.
• Csikszentmihalyi, M. (1990). Flow: The Psychology of Optimal Experience.

Related Reading

• Breathing Strategies for Cycling: The Connection Between Rhythmic Breathing and Core Stability
• Respiratory Physiology in Exercise: Ventilation, Respiratory Muscles, and Performance—The Overlooked Second Engine
• Off-Season Mental Rebuilding: A Practical Guide to Avoiding Burnout and Reigniting Your Passion for Cycling
• Attentional Strategies in Sports: Association vs. Dissociation—Where You Put Your Mind Determines How Far You Ride and How Hard You Suffer