GStar Raw
G-STAR Outlet Lynn Mid Skinny Jeans Grey
G-STAR Outlet Lynn Mid Skinny Jeans Grey
G-STAR Outlet Lynn Mid Skinny Jeans Grey
G-STAR Outlet Lynn Mid Skinny Jeans Grey

Lynn Mid Skinny Jeans

including VAT

Lynn Mid Skinny Jeans

including VAT

Available color(s)

Colour Grey

Select your size

Sizing

Model is 1.77m and is wearing a size 27/32 (Waist 65cm, Hips 80cm).  See size guide

waist
length

Product is available

Sizing

Model is 1.77m and is wearing a size 27/32 (Waist 65cm, Hips 80cm).  See size guide

G-STAR Outlet Lynn Mid Skinny Jeans Grey

Features

The Lynn fits tightly from waist to ankle. The stretch denim ensures a snug fit without gap around the waist. These jeans have a mid waist on a regular length.

Details

  • 5 pockets
  • Double button construction at the waist, close fit- no gap
  • Cross set belt loops at the back
  • G-Star RAW label at the back, made from a leather-like paper fabric
  • Zip fly
  • Additional button at fly backing

Size & Fit

  • Skinny Fit
  • Mid waist
  • Tight from waist to hem
  • Zip fly
  • Super stretch denim jeans
G-STAR Outlet Lynn Mid Skinny Jeans Grey

Materials

Olto Black Superstretch

A black sulphur dyed stretch denim, with an authentic twill construction.

  • 98% Cotton, 2% LYCRA® Elastane
  • 3x1 right hand twill
  • Stretch denim 10 oz weight
  • By buying cotton products from G-Star Raw, you're supporting more sustainable cotton farming through the Better Cotton Initiative. Better Cotton is sourced via a system of Mass Balance. Find out more about our sustainable materials.
  • The LYCRA® fibers we use are high performance stretch fibers which hold a Gold Level Material Health Certificate from the Cradle to Cradle Products Innovation Institute.
  • Sulphur dyed by Archroma

Color

Faded Black Magnet

Washing instructions

30°C normal process

Art. nr.: D06746-C620-C239

Lynn

The Lynn is a modern and feminine take on the classic 5-pocket jean. Its precision fit takes inspiration from the G-Suit, an accurately fitting garment worn by astronauts to protect them against the effects of intense acceleration force.

Back to top