ASCIS SonicBlast Mens

The SONICBLAST™ shoe offers a lightweight and responsive ride that makes it functional for tempo runs, workouts and races. This boosted trainer has a more stable heel and more flexible forefoot transition compared to other plated models, making it a more accessible option to many runners.

The midsole features a two-layered foam with FF BLAST™ MAX and FF TURBO™ SQUARED cushioning to help create a lightweight, bouncy, and advanced cushioning running experience.

Additionally, an ASTROPLATE™ (PEBAX plate) is centered in the foam. This helps propel your momentum forward, creating a faster feel underfoot.

Neutral

Foot Type

Normal to high arches
Push Off

There is even distribution from the front of the foot.
How your foot contacts the ground

The foot lands on the outside of the heel, then rolls inward to absorb shock anSBR Collectived support body weight, or pressure remains on outside of the foot through to toe-off.
For those who appreciate cushioning and don’t require additional support.

Underpronation

Foot Type

High arches
Push Off

The pressure is on smaller toes on outside of foot.
How your foot contacts the ground

The outer side of the heel hits the ground at an increased angle with little or no normal pronation, causing a large transmission of shock through the lower leg.

Tech & Materials

Engineered mesh upper
A lightweight, breathable mesh material helps reduce the need for additional overlays.
ASTROPLATE
PEBAX plate balances propulsion with flexibility for versatility in everyday training.
FF BLAST MAX™ cushioning
One of our most energetic midsole foams that's complemented with cloud-like softness and a responsive energy return in each step.
FF TURBO™ SQUARED cushioning
This foam features a high-energy return midsole material. It's designed to help provide excellent cushioning and bounce for your run.
ASICSGRIP™ outsole rubber
ASICS proprietary outsole that provides advanced grip on a variety of terrain.
The sockliner is produced with the solution dyeing process that reduces water usage by approximately 33% and carbon emissions by approximately 45% compared to the conventional dyeing technology