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A motivational music and video intervention improves high-intensity exercise performance
Martin J Barwood1, Neil J V Weston, Richard Thelwell
1Department of Sport and Exercise Science, University of Portsmouth , Portsmouth, UK.
Journal of Sports Science & Medicine
|October 24, 2013
Summary
Motivational music and video significantly improved high-intensity exercise performance in warm conditions by increasing distance covered. This combined intervention enhanced exercise tolerance, suggesting a shift in attentional focus.
Area of Science:
- Exercise Physiology
- Sports Science
- Human Performance
Background:
- Recreational gym users commonly use music and video to enhance exercise.
- The combined ergogenic effect of music and video during high-intensity exercise remains under-investigated.
- Warm and humid conditions can impair exercise performance and tolerance.
Purpose of the Study:
- To investigate the combined ergogenic effect of motivational music and video during high-intensity exercise.
- To compare performance under a motivational intervention (M) versus a non-motivational intervention (NM) and a control (CON).
- To assess exercise tolerance in warm conditions using physiological and perceptual measures.
Main Methods:
- Six non-acclimated males completed three 30-minute treadmill exercise bouts in warm, moist conditions.
- Interventions included: control (CON), motivational music plus video (M), and non-motivational intervention (NM).
- Exercise consisted of a warm-up followed by a 15-minute maximal effort run; measures included distance, heart rate, blood lactate, and RPE.
Main Results:
- Participants in the M condition ran significantly further (3524m) than in NM (3110m) and CON (3273m) conditions.
- The M intervention led to greater blood lactate accumulation but did not increase peak ratings of perceived exertion (RPE).
- Motivational music and video improved tolerance to high-intensity exercise in warm environments.
Conclusions:
- Combined motivational music and video intervention enhances high-intensity exercise performance and tolerance in warm conditions.
- The ergogenic effect may stem from a shift in attentional processing from internal sensations to external stimuli.
- Findings have significant implications for improving health, fitness, and engagement in gym-based exercise programs.
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