Lightweight, low profile, and super flexible; the Loyak is for the adventurous water girl. The self-draining, Flex-Grip™ outsole promotes excellent balance and ground feel. Indestructible canvas uppers with ventilating stretch mesh and flat laces provide a secure, glove-like fit. Walk with confidence in the Loyak!
Intended Use: Water, Casual, Boat, Travel
Uppers: Hydrophobic Canvas for durability with stretchy Airmesh at vamp and tongue for secure fit and ventilation. Two sets (different colors) of flat, water-resistant laces provided.
Midsole: 7mm thick, 45C closed cell EVA foam.
Outsole: Flex-Grip™ is non-marking, draining, super flexible, razor siped, and has 3 mm lugs. Made with G.15™; our sticky, high abrasion compound.
Foot to Ground Distance: 12mm heel, 11mm ball
Weight/shoe: Women's 7 = 162g (5.712 oz)
Fit: True to size (For half size, size down)
Flex Grip Outsole: This rubber allows excellent flexibility and sensory feedback for heightened grip and balance. Maximized surface area for high friction on smooth surfaces. Divided lugs for substantial grip on loose dirt. Razor Siping maximizes edges that bite into surfaces upon flexion.
Water Ready: All Astral shoes have a special relationship with water. Every component, from the thread to the laces are critically evaluated and chosen for its ability to hold up after constant soaking, to shed water, and not to accumulate funk. Many models have engineered drainage for water to come out while minimizing the entry of silt.
Balanced Geometry: We believe that a foot's position in a shoe should be similar to when barefoot. This allows excellent balance and biomechanically natural lifestyle. Foot-beds are essentially level (only 1mm drop from heel to toe) and provide medium arch support. Tapered instep and heel area for better foothold and control. Wide forefoot allows your feet and toes to spread out for stability.
G15: This G compound is formulated for premium grip while also providing "excellent" abrasion resistance. Its low durometer means the rubber is softer and therefore conforms well to the ground.