Välj land för leverans

Under Armour Women's UA Flex Woven 2-in-1 Shorts Starlight/Starlight M Träningsbyxor

Under Armour Women's UA Flex Woven 2-in-1 Shorts Starlight/Starlight M Träningsbyxor

Every athlete needs these shorts on hand—lightweight, breathable, workout fundamentals that help your reach your goals. DNA UA Storm technology repels water without sacrificing breathability Light, durable and super-comfortable stretch-woven...
I lager för webbutik 1 stycke
Skickas på 04.11.2024 ,
2024-11-08
Nu bara 309,50 kr med kod MUZMUZ50
Träningsbyxor Under Armour Women's UA Flex Woven 2-in-1 Shorts Starlight/Starlight M Träningsbyxor

Under Armour Women's UA Flex Woven 2-in-1 Shorts Starlight/Starlight M Träningsbyxor

619 kr

Produktkod: 1376936-561-MD | ID: 1119120

Under Armour Women's UA Flex Woven 2-in-1 Shorts Starlight/Starlight M Träningsbyxor

Every athlete needs these shorts on hand—lightweight, breathable, workout fundamentals that help your reach your goals.

DNA

  • UA Storm technology repels water without sacrificing breathability
  • Light, durable and super-comfortable stretch-woven outer fabric
  • Built-in, soft knit compression shorts for added coverage and support
  • 4-way stretch material moves better in every direction
  • UPF 40 protects your skin from the sun's harmful rays
  • Wide, flat waistband
  • Side drop-in pocket on liner shorts
  • Uses a fluorine-free water repellent treatment

Specs

  • Pockets: Yes
  • Outer shorts: 88 % Polyester / 12 % Elastane
  • Liner shorts: 82 % Polyester / 18 % Elastane

Fit and care

  • Fitted: Streamlined fit that’s not too tight or too loose.
  • Wash garment inside out.
  • Machine wash cold with like colors.
  • Use only non-chlorine bleach when needed.
  • Tumble dry low.
  • Do not iron.
  • Do not use softeners.
  • Do not dry clean.

Användning

Kön

Åldersgrupp

Typ

Säsong

Storlek

Storlek

M

Funktioner

Typ av verksamhet

Träning

Egenskaper

Originalfärg efter producent

Starlight/Starlight

Material

Specifikation av material

Polyester (88 %), Elastan (12 %)