Introduction: Inline speed skating remains underexplored in scientific literature, especially on curved sections of the track. Objective: this systematic review aims to synthesize current research on biomechanical varia-bles, motor patterns, and observational methodologies.Methodology: following PRISMA guidelines, a systematic search was conducted in Web of Sci-ence and PubMed using comprehensive Boolean expressions targeting skating performance and biomechanics. Results: a total of 5825 articles were initially identified, with 4581 unique records screened. Nine studies met the inclusion criteria, focusing on inline or ice speed skating technique during curves. The studies analysed push-off mechanics, leg asymmetry, body tilt, stroke frequency, and trajectory. Video capture methodologies were consistently employed, often synchronised with electromyographic and force measurement tools. Discussion: asymmetric push-off behaviour, particularly greater contribution from the left leg during the curve, was a key finding. Trajectory optimization and inward tilt were also correlated with enhanced performance. Conclusions: the review highlights that biomechanical asymmetries, especially during crosso-ver techniques, play a critical role in speed maintenance through curves. Consistent trunk-pel-vis alignment and skating close to the inner curve line were associated with better outcomes.
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