Asics Gel Fastball 3 Indoor Court Shoes Lake Drive Sour Yuzu SMAC13396

The new GEL-Fastball 3 gives you comfort and ride suited to the fast, aggressive player.

The GEL-Fastball has a lot of lateral stability so you can move quickly all around the court, plus you get a comfortable and snug fit around the heel and midfoot.

You also get a complete cushioned feel with rearfoot and forefoot GEL, plus great bounce-back with a SpEVA midsole.

For quick changes in direction, you get the grip you need with a Wet Grip Outsole.

TRUSSTIC SYSTEM®

Reduces the weight of the sole unit while retaining the structural integrity of the shoes.

REMOVABLE SOCKLINER

EVA sockliner moulded to the shape of the foot, which can be removed to accommodate a medical orthotic

P.H.F.® (PERSONALISED HEEL FIT)

Two layers of memory foam line the collar and mould to the athlete's heel, creating a personalised fit.

AHAR+

New blown AHAR outsole material. Delivers enhanced cushioning, durability and ride to the foot.

MAGIC SOLE

Vented midsole and outsole minimises weight and maximises breathability.

NC RUBBER® OUTSOLE

Compound containing more natural rubber content than traditional solid rubber, resulting in enhanced traction on court systems.

CALIFORNIA SLIP LASTING

For stability and comfort. Upper is stitched around a canvas or EVA board and directly attached to the midsole.

OPEN MESH UPPER

Provides excellent comfort and breathability.

RHYNOSKIN®

An abrasion and tear resistant synthetic leather for increased upper durability.

REARFOOT AND FOREFOOT GEL® CUSHIONING SYSTEM

Attenuates shock during impact and toe-off phases, and allows movement in multiple planes as the foot transitions through the gait cycle.

SOLYTE 55 LASTING

ASICS lightest midsole material takes on a new role as a lasting technology.

SPEVA® MIDSOLE MATERIAL

Improves bounce-back characteristics and decreases midsole breakdown.

WET GRIP® OUTSOLE

An outsole made from a special blend of organic and non-organic components, designed to enhance traction even on wet surfaces.