Keep your feet comfortable as you exercise with the Under Armour Women's Lo Lo Athletic Socks. Made of 97% polyester and 3% spandex for stretchy, comfortable wear, these socks feature moisture-wicking ArmourDry fabric technology that accelerates evaporation as you break a sweat. Antimicrobial ArmourBlock® fabric technology helps prevent odors from forming, while flat-knit footbeds offer a great fit.
Features and Benefits
Embedded arch support helps prevent foot fatigue
Made of 97% polyester and 3% spandex for a stretchy, comfortable fit
Moisture-wicking ArmourDry fabric technology helps keep your feet dry
ArmourGrip® heels helps keep the socks from slipping
Flat-knit footbeds conform to the feet without adding bulk
Elastic welts offer secure wear
Machine wash warm with like colors, use only nonchlorine bleach; tumble dry only
What's in the Box
Under Armour® Women's Lo Lo Athletic Socks
Manufacturer warranty - general:
1 year limited
bvseo_sdk, java_sdk, bvseo-3.1.1
CLOUD, getReviews, 0ms
bvseo-msg: The resource to the URL or file is currently unavailable.;
From time to time, Academy Sports + Outdoors runs sweepstakes in connection with its Ratings and Reviews. Certain of the reviews posted above on this page may have entitled the author to a sweepstakes entry.
Stay fit and active in the ASICS® Women's
Abby No-Show Socks 3-Pair, which are made of 96% polyester and 4% spandex and feature moisture management and soft sole cushioning. Arch support bands. Seamless construction.. Features and Benefits. 96% polyester and ...
Prepare for your workout with the adidas Women's
Retro II Crew Socks 3-Pair, which feature climalite® construction to wick away moisture for dry wear. These socks feature arch compression to offer a snug and secure fit and are cushioned for ...
Enjoy the moisture management and soft sole cushioning
of the ASICS® Women's Invasion No-Show Socks 6-Pair, which are made of 88% nylon, 8% polyester and 4% spandex with mesh for breathability. Arch support bands. Seamless construction.. Features and Benefits. Mesh ...