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Foot loading characteristics during three fencing-specific movements.

Caroline Trautmann¹, Nicolo Martinelli, Dieter Rosenbaum

¹Motion Analysis Laboratory, Institute of Experimental Musculoskeletal Medicine, University Hospital Muenster, Muenster, Germany.

Journal of Sports Sciences

|November 15, 2011

Summary

Fencing movements create distinct foot loading patterns, with the heel and forefoot experiencing the most pressure during lunges and advances. This research highlights the need for specialized footwear cushioning to prevent foot injuries in fencers.

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Area of Science:

Biomechanics
Sports Medicine
Podiatry

Background:

Understanding plantar pressure distribution is crucial for identifying biomechanical factors contributing to overload injuries in athletes.
Fencing involves unique movements that may impose distinct loading patterns on the foot compared to general athletic activities.

Purpose of the Study:

To analyze and compare plantar pressure characteristics during specific fencing movements (lunge, advance, retreat) versus running.
To investigate the influence of different shoe models on foot loading during fencing actions.
To identify key foot regions subjected to high pressure during fencing to inform injury prevention strategies.

Main Methods:

Plantar pressure data were collected from 29 experienced fencers using the Pedar system (Novel, Munich, Germany) at 50 Hz.

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Participants performed three fencing movements and normal running in three distinct shoe models.

Peak pressures, force-time integrals, and contact times were analyzed across five foot regions for both the lunge and supporting legs.

Main Results:

Fencing movements exhibited characteristic plantar pressure distribution patterns distinct from running.
During lunges and advances, the lunge leg showed predominant heel loading, while the supporting leg showed forefoot loading.
During retreats, both the lunge and supporting legs demonstrated significant loading on the hallux (big toe).

Conclusions:

Fencing-specific movements result in unique plantar loading patterns, differing significantly from running.
Targeted cushioning in the heel and hallux regions of footwear may be beneficial for reducing foot loading and mitigating injury risk in fencers.