Category
Athletics
Document Type
Paper
Abstract
This study aimed to investigate compensation strategies among elite powerlifters under high-load conditions. 31 top-ranked powerlifters from the Austrian team executed competition-style squats at 70%, 75%, 80%, 85%, and 90% of their estimated 1-repetition-maximum (Fmax). Employing musculoskeletal modelling, we conducted a biomechanical analysis (i.e. joints moments calculated via inverse dynamics) to understand the alterations in squatting mechanics across various loads. Our findings revealed a consistent relative load shift from the knee to the hip joint with increasing intensity. The knee and ankle joint moments remained constant from 70% to 90% Fmax, underscoring the dominant role of the hip joint in high-load squatting, which indicates that an increasing external load imposes varying relative loads on the hip, knee, and ankle joints during squats.
Recommended Citation
Pürzel, Alexander; Kaufmann, Paul; Koller, Willi; Deimel, David; Baca, Arnold; and Kainz, Hans
(2024)
"HIP MOMENT INCREASES WHILE KNEE AND ANKLE MOMENTS REMAIN CONSTANT DURING SQUATS WITH INCREASING LOADS IN ELITE POWERLIFTERS,"
ISBS Proceedings Archive: Vol. 42:
Iss.
1, Article 17.
Available at:
https://commons.nmu.edu/isbs/vol42/iss1/17