Asics Gel-Cumulus 28 - Women's

Asics Gel-Cumulus 28 - Women'sThe GEL CUMULUS 28 shoe is a lightweight running shoe that's designed to provide a smooth underfoot experience. FF BLAST MAX foam is one of our most energetic cushioning technologies. This material is designed to help create cloud like landings and a responsive toe off during your run. A FLUIDRIDE outsole material is strategically placed to provide smooth transitions between strides. An AHAR LO material is also positioned in the heel area for added

The GEL-CUMULUS 28 shoe is a lightweight running shoe that's designed to provide a smooth underfoot experience.

FF BLAST MAX foam is one of our most energetic cushioning technologies. This material is designed to help create cloud-like landings and a responsive toe-off during your run.A FLUIDRIDE outsole material is strategically placed to provide smooth transitions between strides. An AHAR LO material is also positioned in the heel area for added traction and durability in high wear areas.

Materials & Technology
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.
PureGEL technology
Softer, updated version of our GEL technology that maintains all the acclaimed properties that have made GEL technology famous.  Approximately 65% softer vs standard GEL technology.
Engineered mesh upper
A lightweight, breathable mesh material that reduces the need for additional overlays.
FLUIDRIDE outsole
The outsole material is blended with EVA and rubber to help provide comfort and traction without sacrificing durability.
Reflective details
Visibility for enhanced nightime and early-morning reflective brightness.
OrthoLite X-30 sockliner
Sockliner that provides cushioning performance and moisture management for a cooler, dryer environment.
AHAR LO heel plug rubber
A lower-density rubber placed in key areas of the outsole for reliable grip and traction without sacrificing durability. 
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.