Modifications Resources

Frame Materials

Polypropylene

Subortholene

Carbon

EVA

Modifications

Posting

Forefoot Extensions

Pads & Cushions

Frame Modifications

Resources

Orthoses Reaction Force Guide

Impressions & Fabrications

Covering Materials

Rigidity Guide

Frame Materials

Polypropylene

Subortholene

Carbon

EVA

Modifications

Posting

Forefoot Extensions

Pads & Cushions

Frame Modifications

Resources

Orthoses Reaction Force Guide

Impressions & Fabrications

Covering Materials

Rigidity Guide

Frame Materials

Polypropylene

Subortholene

Carbon

EVA

Modifications

Posting

Forefoot Extensions

Pads & Cushions

Frame Modifications

Resources

Orthoses Reaction Force Guide

Impressions & Fabrications

Covering Materials

Rigidity Guide

< LIBRARY OF MODIFICATIONS

Medial Oblique Extrinsic Rearfoot Post

Download as PDF >

< LIBRARY OF MODIFICATIONS

Medial Oblique Extrinsic Rearfoot Post

Download as PDF >

< LIBRARY OF MODIFICATIONS

Medial Oblique Extrinsic Rearfoot Post

Download as PDF >

Function:
A medial oblique posting is an extrinsic rearfoot post is that is elongated approximately ½” (12.7mm) on the medial column distal to the calcaneus relative to the lateral. This is used to help bring the heel of the foot into varus and prevent depression in the region of the talus head. This enhances ground reaction force to control pronation.

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Function:
A medial oblique posting is an extrinsic rearfoot post is that is elongated approximately ½” (12.7mm) on the medial column distal to the calcaneus relative to the lateral. This is used to help bring the heel of the foot into varus and prevent depression in the region of the talus head. This enhances ground reaction force to control pronation.

Hide/show illustrations

Function:
A medial oblique posting is an extrinsic rearfoot post is that is elongated approximately ½” (12.7mm) on the medial column distal to the calcaneus relative to the lateral. This is used to help bring the heel of the foot into varus and prevent depression in the region of the talus head. This enhances ground reaction force to control pronation.

Hide/show illustrations