Cancel
Asics Gel Cumulus 26 GS - Kids Running Shoes - Black/White - image 4
Asics Gel Cumulus 26 GS - Kids Running Shoes - Black/White - image 5
Asics Gel Cumulus 26 GS - Kids Running Shoes - Black/White - image 6
View all

Asics Gel Cumulus 26 GS - Kids Running Shoes

Regular price $129.99Sale price $103.49

or 4 interest-free payments of $25.87

Colour: Black/White

  • Asics Gel Cumulus 26 GS - Kids Running Shoes
Can't find your size?
Last one.Select size for dispatch time
Free delivery in Australia
30 day Returns/Free Exchanges on this item
Free Click & Collect

Dispatch: Most orders are processed within 1-2 business days. Please check the dispatch estimate above for this item. You'll receive a tracking link as soon as your order ships.

International: Shipping costs vary by country, use the calculator below for live rates.

At RunDNA, we ship Australia-wide and internationally. Orders are typically processed within 1-2 business days, and you'll receive a tracking link as soon as your order ships.

Australia: Standard delivery is free on orders over $100 (otherwise $6.99) and usually arrives within 1-5 business days to capital cities, or 2-10 business days to rural areas.

Need it sooner? Express Delivery arrives in 1-2 business days and is free on orders over $250.

International: Use the calculator below for live shipping rates.

Worried about fit or need a different size? We offer free exchanges, including sale items, plus 30-day returns. See our Returns Policy for details.

Select Size

Brand:
Asics
Family:
Asics Gel Cumulus
Model:
Asics Gel Cumulus 26 GS
Product Code:
1014A349.001

The GEL-CUMULUS 26 GS (Grade School) shoe is a versatile everyday trainer for young and active feet.

An engineered mesh upper improves breathability to keep feet cool.

Rearfoot GEL™ technology Improves impact absorption and creates a softer feeling at footstrike

Engineered mesh upper Improves breathability

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