Coastal rowing beach sprint, the new olympic discipline: sports engineering considerations

Abstract The inclusion of Coastal Rowing Beach Sprints in the 2028 Olympic program is reshaping the sport by mainstreaming racing in challenging and unpredictable open-water environments, characterized by waves, sharp turns, and constantly changing conditions. Despite its rapid growth in popularity, further systematic research on how to enhance performance, excitement and enjoyment while maintaining athlete safety remains limited. As a result, athletes, event organisers, equipment manufacturers, and governing bodies face a steep learning curve. This work highlights the key technical and safety aspects of the discipline that warrant further development and proposes conceptual solutions grounded in science and engineering. It also outlines a preliminary roadmap for future research aimed at advancing safety, performance, and the overall athlete and spectator experience in coastal rowing—an endeavour that demands collaboration between the sporting, scientific, and engineering communities.

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Publication Details

Journal
Sports Engineering
Published
2026-04-17
DOI
https://doi.org/10.1007/s12283-026-00543-w
Primary Topic
Sports injuries and prevention
Type
article
Field-Weighted Citation Impact
0.00

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article

Coastal rowing beach sprint, the new olympic discipline: sports engineering considerations

Daphne Attard, Antonino Bianco, Joseph N. Grima, Antonio Spataro et al.
Sports Engineering
Sports injuries and prevention
article

Coastal rowing beach sprint, the new olympic discipline: sports engineering considerations

Daphne Attard, Antonino Bianco, Joseph N. Grima, Antonio Spataro, Dario Cerasola, Daniele Zangla, Giuseppe Recca, Andrew Alderson, Giuseppe Giglia, James N. Grima‐Cornish, Antonio Paoli
article en

Abstract

Abstract The inclusion of Coastal Rowing Beach Sprints in the 2028 Olympic program is reshaping the sport by mainstreaming racing in challenging and unpredictable open-water environments, characterized by waves, sharp turns, and constantly changing conditions. Despite its rapid growth in popularity, further systematic research on how to enhance performance, excitement and enjoyment while maintaining athlete safety remains limited. As a result, athletes, event organisers, equipment manufacturers, and governing bodies face a steep learning curve. This work highlights the key technical and safety aspects of the discipline that warrant further development and proposes conceptual solutions grounded in science and engineering. It also outlines a preliminary roadmap for future research aimed at advancing safety, performance, and the overall athlete and spectator experience in coastal rowing—an endeavour that demands collaboration between the sporting, scientific, and engineering communities.

Sports EngineeringVol. 29(1)
University of Padua (IT), University of Malta (MT), University of Catania (IT), Italian Society of Physiotherapy (IT), Institute of Sports Medicine and Science (JP), Sheffield Hallam University (GB), University of Palermo (IT)
Università ta' Malta
Life below water
Openalex Percentile: Top 19%
Sports injuries and prevention
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