Adaptive Footbed Lacing for Unstable Movement Patterns: Support & Stability

Effects of different shoe lacing patterns on perceptual variables and ...

Introduction Foot movement in heel-toe running is influenced by various shoe lacing patterns [1]. Different shoe lacing systems and techniques also offer the possibility to improve shoe fit and shoe comfort. The purpose of this study was to investigate the effects of different lacing patterns on dorsal foot pressures during running.

The evidence gathered from studies examining various lacing patterns consistently demonstrates the biomechanical benefits of optimizing lacing techniques. For instance, tighter lacing or configurations using more eyelets have been shown to enhance foot stability and reduce in-shoe displacement, as evidenced by studies in both athletic and ...

Novel adaptive shoe closure systems do not sacrifice whole

Adaptive SCS can maintain sports performance while also offering a time-efficient alternative to traditional lacing systems, making them promising for sports and everyday footwear.

Wrapping closure systems are alternative footwear lacing methods that could influence perceived fit and movement biomechanics, yet their performance during prolonged running and impacts on muscle activities remain underexplored. This study compared the effects of a wrapping closure system (dial ...