Small Holed Mesh - For enhanced ventilation.
SpeedForm Technology - Delivers an unprecedented precision fit for unrivalled comfort and no distractions.
Ultrasonic Welded Seaming With Bemis Tape - Ensuring next-to-skin support and comfort.
Embedded Sockliner - For added cushioning, moisture-wicking and seamless comfort.
Dual-Layer Charged Cushioning - Delivers the perfect cushioning and energy return for optimal performance.

Technical Details

Product Details

Product Dimensions

Package Dimensions
Width : 8 inch
Height : 4.4 inch
Length : 12 inch

Item Weight: 8.96 ounce (View shipping rates and policies)
Shipping Weight: 1.85 pounds (View shipping rates and policies)

ASIN : B018EY9Q9E

Product Description

Under Armour Speedform Gemini 2.1 Women's Running Shoes Responsive, plush Charged Cushioning and precision-fit of Under Armour's SpeedForm upper combine for a phenomenal feel that's ready to take on the long flight ahead. Breathable Upper The upper of the Under Armour SpeedForm Gemini 2.1 Running Shoes is constructed with a small holed mesh for enhanced ventilation, ensuring the feet are kept cool and comfortable during a run. Featuring the innovative SpeedForm technology which delivers an unprecedented precision fit for unrivalled comfort and no distractions. With a smooth, ultrasonic welded seaming with Bemis tape to ensure next-to-skin support and comfort to the wearer. Cushioned and Energy Returning Midsole The two colour SpeedForm Gemini 2.1 running shoes is equipped with an embedded sockliner within the cavity of the midsole for added cushioning, moisture-wicking and seamless comfort. With the Dual-Layer Charged Cushioning midsole delivers the perfect cushioning and energy return for optimal performance. The ArchForm offers additional support and soft cushioning for an even better fit and feel. Durable Outsole The anatomically placed flex grooves allows an optimal heel-to-toe transition for a smoother ride while the blown rubber outsole is lightweight yet incredibly durable and has a high level of shock absorption.