Olukai Inana Men's Shoe - Stone/Stone - 8

Description

Non-marking 'Wet Grip Rubber' outsole with lugged pod design inspired by a cluster of barnacles for superior traction on wet and dry surfaces. Tested and approved by the HLA, our patented Drop-In Heel design offers both a slide and shoe functionality. Hydrophobic and perforated to save weight and shed water. A functional, one piece open mesh upper with a custom cut foam backer and no-sew welded TPU overlays for a seamless fit. The 'Inana shoe is athletic, functional and downright ruggedly handsome. A functional, one piece open mesh upper with a custom cut foam backer and no-sew welded TPU overlays for a seamless fit. Minimally lined with a breathable single layer mesh. Dual-density anatomical EVA footbed provides support and cushion. Hydrophobic and perforated to save weight and shed water. Removable and washable. Lightweight, compression molded EVA midsole with drainage ports that encapsulate the heel. Non-marking 'Wet Grip Rubber' outsole with lugged pod design inspired by a cluster of barnacles for traction on wet and dry surfaces. Tested and approved by the HLA, our patented Drop-In Heel design offers both a slide and shoe functionality. A functional, one piece open mesh upper with a custom cut foam backer and no-sew welded TPU overlays for a seamless fit. Minimally lined with a breathable single layer mesh. The 'Inana shoe is athletic, functional and downright ruggedly handsome. Removable and washable. Minimally lined with a breathable single layer mesh.

Key Features

• A functional, one piece open mesh upper with a custom cut foam backer and no-sew welded TPU overlays for a seamless fit.
• Dual-density anatomical EVA footbed provides support and cushion.
• The 'Inana shoe is athletic, functional and downright ruggedly handsome.
• Hydrophobic and perforated to save weight and shed water.
• Non-marking 'Wet Grip Rubber' outsole with lugged pod design inspired by a cluster of barnacles for traction on wet and dry surfaces.
• Minimally lined with a breathable single layer mesh.