Non-randomized controlled trial finds music enhances cycling endurance by 20% — Evidence Review

Listening to personally chosen music during high-intensity cycling increased exercise endurance by nearly 20% in recreationally active adults, according to a new study from the University of Jyväskylä. This finding aligns with a broad body of research showing that music can enhance physical performance, motivation, and enjoyment during exercise.

• Several meta-analyses and experimental studies support the idea that music—especially when self-selected or motivational—can boost endurance, improve affect, and reduce perceived exertion across various exercise tasks, including cycling and running 1 3 4 6.
• Findings regarding the physiological impact of music (such as effects on heart rate or lactate levels) are mixed, but most studies agree that music primarily acts by enhancing psychological tolerance for sustained effort rather than by altering the underlying physical demands 1 2 4 11 12.
• Some research highlights the importance of music tempo and preference: faster tempos and self-selected tracks are associated with greater improvements in performance and enjoyment compared to slower or imposed music 1 3 9.

Study Overview and Key Findings

The role of music in exercise settings has long been of interest to both athletes and the general public, especially as a potential strategy to make workouts more enjoyable and productive. The present study is timely given ongoing efforts to identify low-cost, accessible interventions that can help individuals sustain higher-intensity physical activity, which is often challenging to maintain. Notably, the study focuses on the effects of personally selected music—rather than standardized playlists—during high-intensity cycling, aiming to better reflect real-world exercise habits and preferences.

Property	Value
Organization	University of Jyväskylä, Finnish Institute of High Performance Sport, Springfield College
Journal Name	Psychology of Sport & Exercise
Authors	Andrew Danso
Population	Recreationally active adults
Sample Size	29 adults
Methods	Non-randomized Controlled Trial (Non-RCT)
Outcome	Endurance during high-intensity cycling
Results	Participants cycled 20% longer with music than in silence.

Literature Review: Related Studies

To place these findings in context, we searched the Consensus database of over 200 million research papers using targeted queries. The search queries included:

1. music workout endurance effects
2. exercise performance music motivation
3. cycling duration music influence

Related Studies Table

Topic	Key Findings
How does music affect endurance and psychological responses during exercise?	- Music listening during exercise can significantly improve physical performance and endurance, reduce perceived exertion, and enhance positive affect 1 3 4 6 7. - Effects are more pronounced when music is motivational, self-selected, or synchronous with movement, with many studies reporting increased time to exhaustion or distance covered 1 3 6 7 9.
Does music alter physiological responses or simply change perception?	- Music typically does not reduce heart rate or metabolic cost during exercise but can lower limb discomfort and perceived exertion, suggesting a primarily psychological effect 1 2 4 11 12. - Some studies found small or no changes in physiological markers (e.g., HR, lactate), even when endurance improves 1 2 12.
What role do music characteristics (tempo, type, preference) play?	- Faster tempos and preferred music increase performance and enjoyment more than slower or imposed tracks 1 3 9. - Self-selected and motivational music are linked to greater psychological benefits, adherence, and positive attitudes towards exercise 3 4 6 8.
Are there limitations or boundaries to music’s ergogenic effects?	- Music may be less effective in reducing perceived exertion above the anaerobic threshold or during very high-intensity, maximal effort tasks 4 5. - Some participants report motivational benefits without measurable endurance gains in certain high-intensity protocols 5.

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How does music affect endurance and psychological responses during exercise?

The literature consistently finds that music, particularly when it is chosen by the listener or has motivational qualities, can enhance endurance, exercise performance, and positive feelings during physical activity. The new study’s finding of a 20% increase in cycling endurance fits within this broader context, supporting the idea that music is a practical tool for improving exercise outcomes.

• Meta-analyses report moderate but significant ergogenic effects of music on endurance, affect, and perceived exertion 1.
• Experimental studies show that motivational or synchronous music increases time to exhaustion and enhances enjoyment 3 6 7.
• The psychological benefits of music are not limited to elite athletes; both recreationally active and untrained participants experience improvements 1 3 6.
• The present study’s focus on self-selected music reinforces previous work indicating that personal preference amplifies these positive effects 4 8.

Does music alter physiological responses or simply change perception?

While music clearly influences how long people can exercise and how they feel during activity, most studies—including the current one—do not find large differences in physiological measures like heart rate or lactate levels. This suggests that the primary mechanism is psychological: music helps exercisers better tolerate discomfort, rather than making the activity physically easier.

• Heart rate and lactate responses typically remain unchanged, even as endurance or power output increases with music 1 2 12.
• Music may reduce specific sensations such as limb discomfort, and shift attentional focus away from fatigue, resulting in more autonomous and sustained movement 11 12.
• Some studies report that music increases perceived exertion when it leads to higher work rates, but this does not negate its overall motivational impact 10 13.
• The new study directly supports these findings by showing similar physiological endpoints between music and silence conditions, despite increased endurance with music 1 2 4 12.

What role do music characteristics (tempo, type, preference) play?

The tempo, style, and personal relevance of the music are important in determining its impact. Research consistently finds that faster tempos (around 120-140 bpm, similar to those in the new study) and participant-selected tracks yield greater benefits in both performance and enjoyment than slower or experimenter-imposed music.

• Faster tempos increase distance covered, power output, and enjoyment during cycling and other activities 1 9.
• Self-selected and motivational music are more effective than neutral or imposed music, with participants reporting higher motivation, more positive affect, and greater willingness to engage in exercise 3 4 6 8.
• Synchronous music (matching the exercise cadence) can lower limb discomfort and increase arousal, further supporting endurance 3 12.
• The new study’s use of self-chosen tracks within the effective tempo range likely maximized the observed endurance gains, in line with established findings 1 3 9.

Are there limitations or boundaries to music’s ergogenic effects?

Not all research finds that music enhances endurance in every context, especially at very high intensities or maximal efforts. Some studies report motivational or attentional benefits without measurable increases in time to exhaustion, suggesting that music’s effects may have boundaries depending on exercise intensity or individual differences.

• At intensities above the anaerobic threshold, music may not reduce perceptions of exertion, though it can still enhance enjoyment and focus 4 5.
• About 30% of participants in some high-intensity protocols find music helpful, but overall endurance improvement is not always significant 5.
• The new study’s finding of improved endurance during high-intensity (but not maximal) cycling suggests that music’s ergogenic effects may be most pronounced in the “pain zone” below all-out effort 4 5.
• Future work should examine the variability in individual responses and explore whether music can aid in adherence or psychological well-being even when it does not increase maximal performance 4 5 8.

Future Research Questions

Although the benefits of music during exercise are well-supported, important questions remain regarding optimal implementation, long-term effects, and individual variability. Further research is needed to clarify the mechanisms underlying these effects and to identify best practices for leveraging music to support physical activity across diverse populations.

Research Question	Relevance
What are the long-term effects of using self-selected music during exercise?	Longitudinal studies are needed to determine whether regular use of music leads to sustained improvements in fitness, adherence, or well-being, as most research is based on acute interventions 1 4 6.
How does music preference or individual differences influence the ergogenic effects of music?	Understanding how personal factors (e.g., musical taste, training status, psychological traits) mediate music’s impact could help tailor interventions and explain variable responses seen in some studies 4 5 8.
Does music improve adherence to exercise programs in the general population?	While music increases enjoyment and endurance acutely, it is important to test whether these benefits translate into long-term behavior change and higher physical activity levels outside the laboratory 4 6 8.
At what intensity levels does music cease to provide endurance benefits?	Research suggests music may be less effective at or above maximal intensity; clarifying these boundaries can inform guidelines for athletes and recreational exercisers 4 5.
How do different music tempos and synchronization strategies affect various exercise modalities?	Investigating whether optimal tempos or beat-matching techniques vary by activity type (e.g., running vs. cycling) could optimize music selection for performance and enjoyment 1 3 9 12.