Hoka One One Mafate Speed Blue Red SS20 Shoes

Hoka One One Mafate Speed Blue Red SS20 Shoes

This update includes an oversized sole and a tuned Meta-Rocker technology structure to facilitate smooth transitions through the run or walk cycle. The outsole uses deep flex grooves to accommodate a variety of terrain, and the 5mm Vibram Mega-Grip outsole accommodates even the toughest surfaces.

Characteristics:

● Stability: Neutral

● Cushioning: Medium

● Speed Frame structure, light and seamless

● External protection against pebbles in Monomesh mesh

● External lightweight TPU heel counter

● Hoka One One Race Lace flat elastic laces

● Sculptured support with podular structure for the arch of the foot

● RMAT midsole and outsole

● Zones with strategically distributed rubber reinforcements, highly resistant to abrasion

● Lightweight CMEVA upper midsole for good cushioning

● Vibram Mega-Grip rubber outsole

● OrthoLite insole

● Front: 29 mm

● Heel: 33 mm

Technologies:

● Meta-Rocker Geometry:

Midsoles with this design offer little difference between heel and toe. The outsoles are recessed at the heel and toe for a unique leverage effect to help guide the foot during the run. This design offers naturalness to the runner, a comfortable reduction of impacts and improves the efficiency of the race.

● RMAT:

This technology is used in shoes that need to be light but that, in turn, must offer good rebound, grip and durability. Hoka One One's RMAT material is a unique compound with great rebound and even greater durability. Offers great grip on the surface.

● OrthoLite:

OrthoLite insoles offer great cushioning thanks to their compressed three-layer design that also improves the fit of the foot to the shoe. They have great breathability thanks to their polyurethane construction and they manage humidity perfectly. In addition, they are lightweight and can be put in the washing machine.

● Vibram Megagrip:

Technology that incorporates a high-performance rubber compound, offering unparalleled grip on wet and dry surfaces, absolute durability and optimal adaptability to the terrain.

REFERENCE: 1012343IBMR