Under Armour Women's HOVR Sonic 2 Running Shoe, Size: 12, Pink

Description

Weight of footwear is based on a single item, not a pair. Predecessor: Hovr Sonic. Full lace-up adjustability. Surface: Road. Breathable textile lining. Compression mesh Energy Web contains and molds UA HOVR foam to give back the energy you put in. Full-length rubber outsole supplies optimal durability, traction, and support. Measurements: Weight: 8 oz Product measurements were taken using size 5, width B - Medium. Compression mesh Energy Web contains and molds UA HOVR foam to give back the energy you put in. Fast-drying Microthread upper provides a breathable, compression-like fit. High-abrasion rubber under the heel for extra shock absorption. Cushioned tongue to help improve lockdown of the foot. Cushioning: Lightweight, flexible response. Removable, antimicrobial OrthoLite insole molds to the foot for customized comfort. Support Type: Neutral. The UA HOVR Sonic 2 is a connected shoe - a pod embedded in the midsole of the right shoe connects via Bluetooth to MapMyRun app, allowing runners to track their run data without a device, receive virtual personalized coaching on the runner's gait, stride. Full-length rubber outsole supplies optimal durability, traction, and support. Under Armour UA Hovr Sonic 2 - Women's Shoes : Daiquiri/Apex Pink/Apex Pink : Take your training to the next level with the help of the new and improved Under Armour UA Hovr Sonic 2 running shoes. Please note that measurements may vary by size. Differential: 8mm.

Key Features

• Measurements: Weight: 8 oz Product measurements were taken using size 5, width B - Medium.
• Molded external TPU heel counter helps lock the foot into place.
• Compression mesh Energy Web contains and molds UA HOVR foam to give back the energy you put in.
• High-abrasion rubber under the heel for extra shock absorption.
• UA HOVR technology provides 'zero gravity feel' to maintain energy return that helps eliminate impact step after step.
• Full-length rubber outsole supplies optimal durability, traction, and support.