Under Armour Charged Rogue 3 "Black/Metallic Silver" Women's Running Shoe
https://www.hibbett.com/under-armour-charged-rogue-3-black-metallic-silver-womens-running-shoe/5137G.html
$
80.00
+ Free Shipping
&img404=404&v=0&w=200&h=200)
&img404=404&v=0&w=200&h=200)
&img404=404&v=0&w=200&h=200)
&img404=404&v=0&w=200&h=200)
&img404=404&v=0&w=200&h=200)
Under Armour Charged Rogue 3 "Black/Metallic Silver" Women's Running Shoe
Details
Item No. 5137G
$
80.00
+ Free Shipping
$
80.00
+ Free Shipping
Variations
Color:
Selected Color black/silver
Available for Pickup Today
Size:
- size 5 is not available for this combination 5
- size 5.5 is not available for this combination 5.5
- Size 6
- size 6.5 is not available for this combination 6.5
- size 7 is not available for this combination 7
- size 7.5 is not available for this combination 7.5
- size 8 is not available for this combination 8
- size 8.5 is not available for this combination 8.5
- size 9 is not available for this combination 9
- size 9.5 is not available for this combination 9.5
- size 10 is not available for this combination 10
- size 10.5 is not available for this combination 10.5
- size 11 is not available for this combination 11
- size 12 is not available for this combination 12
We’ll email you when your size is available.
Select the size you’re looking for.
Why Buy From Hibbett
for 60 Days
Complete the Look
Product Details
#5137G
Under Armour Charged Rogue 3 "Black/Metallic Silver" Women's Running Shoe
We paired lightweight, breathable mesh with our Charged Cushioning® midsole for amazing responsiveness, maximum impact absorption, and a snappy feel that keeps you running and running with Under Armour Charged Rogue 3 "Black/Metallic Silver" Women's Running Shoe.Features
- 2-tone mesh upper is lightweight & breathable
- Removable, deluxe foam sockliner for ultimate step-in comfort & cushioning
- Dual density Charged Cushioning® midsole for the ultimate blend of comfort & explosive energy return
- Solid rubber outsole with strategically placed pods for added durability in high-abrasion areas
Reviews
