
Under Armour Unisex Nova | 6006062-100
Product Code: 6006062-100
Color: White / White Quartz / Black
Gender: Unisex
Bungee lacing meets energy-returning UA HOVR™ foam meets a versatile sneaker-to-slide heel for a shoe that's as bold as it is comfortable
- Lightweight translucent mesh layer upper
- Bootie design for a sock-like fit & feel with speed lace system for a quick personalized fit
- Rubberized toe cap for added durability
- Responsive UA HOVR™ cushioning reduces impact, returns energy & helps propel you forward
- UA SlipSpeed™ convertible heel takes you from train mode to recover mode
- Rubber outsole for durable traction on any surface
Original: $133.83
-70%$133.83
$40.15More Images




Under Armour Unisex Nova | 6006062-100
Product Code: 6006062-100
Color: White / White Quartz / Black
Gender: Unisex
Bungee lacing meets energy-returning UA HOVR™ foam meets a versatile sneaker-to-slide heel for a shoe that's as bold as it is comfortable
- Lightweight translucent mesh layer upper
- Bootie design for a sock-like fit & feel with speed lace system for a quick personalized fit
- Rubberized toe cap for added durability
- Responsive UA HOVR™ cushioning reduces impact, returns energy & helps propel you forward
- UA SlipSpeed™ convertible heel takes you from train mode to recover mode
- Rubber outsole for durable traction on any surface
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Product Code: 6006062-100
Color: White / White Quartz / Black
Gender: Unisex
Bungee lacing meets energy-returning UA HOVR™ foam meets a versatile sneaker-to-slide heel for a shoe that's as bold as it is comfortable
- Lightweight translucent mesh layer upper
- Bootie design for a sock-like fit & feel with speed lace system for a quick personalized fit
- Rubberized toe cap for added durability
- Responsive UA HOVR™ cushioning reduces impact, returns energy & helps propel you forward
- UA SlipSpeed™ convertible heel takes you from train mode to recover mode
- Rubber outsole for durable traction on any surface























