Race development in men’s 400 m track and field events

This study aimed to clarify race development in men’s 400 m track and field events. We analyzed 457 races involving 155 male long sprinters, including 400 m race records and each 50 m split time. The races were categorized into seven groups based on 400 m race times: 43.0-second (n = 6), 44.0-second (n = 21), 44.5-second (n = 25), 45.0-second (n = 21), 45.5-second (n = 26), 46.0-second (n = 33), and 47.0-second (n = 23). The percentage of each 50 m split time relative to the 400 m race time (%ST) was calculated. Running speeds in all sections were higher in races with faster 400 m times. The %ST in the 0–50 m section was significantly greater in 43.0- and 44.5-second groups than in the 46- and 47-second groups. The %ST in the 0–50 m section showed a negative correlation with the 400 m race time, whereas %ST in the 100–150 m, 150–200 m, and 250–300 m sections exhibited positive correlations. These findings show that faster races were characterized by relatively lower running speeds in the first 50 m and higher speeds in the second 200 m, suggesting strategic race development in faster long sprinters.

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Publication Details

Journal
Scientific Journal of Sport and Performance
Published
2025-05-27
DOI
https://doi.org/10.55860/udqx4879
Citations
2
Primary Topic
Sports Performance and Training
Type
article
Field-Weighted Citation Impact
3.44

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article

Race development in men’s 400 m track and field events

Kentaro Sato, Yoshihiro Chiba, Yohei Takai, Takaya Yoshimoto
2 citations
Scientific Journal of Sport and Performance
Sports Performance and Training
3.44
article

Race development in men’s 400 m track and field events

Kentaro Sato, Yoshihiro Chiba, Yohei Takai, Takaya Yoshimoto
article en
2 citations

Abstract

This study aimed to clarify race development in men’s 400 m track and field events. We analyzed 457 races involving 155 male long sprinters, including 400 m race records and each 50 m split time. The races were categorized into seven groups based on 400 m race times: 43.0-second (n = 6), 44.0-second (n = 21), 44.5-second (n = 25), 45.0-second (n = 21), 45.5-second (n = 26), 46.0-second (n = 33), and 47.0-second (n = 23). The percentage of each 50 m split time relative to the 400 m race time (%ST) was calculated. Running speeds in all sections were higher in races with faster 400 m times. The %ST in the 0–50 m section was significantly greater in 43.0- and 44.5-second groups than in the 46- and 47-second groups. The %ST in the 0–50 m section showed a negative correlation with the 400 m race time, whereas %ST in the 100–150 m, 150–200 m, and 250–300 m sections exhibited positive correlations. These findings show that faster races were characterized by relatively lower running speeds in the first 50 m and higher speeds in the second 200 m, suggesting strategic race development in faster long sprinters.

Scientific Journal of Sport and PerformanceVol. 4(3)
Waseda University (JP), Josai University (JP), National Institute of Fitness and Sports in Kanoya (JP), International University of Kagoshima (JP)
Japan Society for the Promotion of Science
Openalex Percentile: Top 9%
Sports Performance and Training
3.44
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