money_off 5% avslag på din første bestilling. money_off
local_shipping FRI FRAKT OVER 900KR local_shipping
monetization_on 30 DAGERS ÅPENT KJØP monetization_on
flight Rask Levering flight
local_shipping Opptil 50% Rabatt local_shipping

Hjem ::  Marlin
Veja V-knit Atomo Pierre Marlin Dame Svarte | LNOSX93983

Veja V-knit Atomo Pierre Marlin Dame Svarte | LNOSX93983

1,908KR 947KR

Svarte
straightenStørrelsesguide
Style:LNOSX93983
Størrelse
  • 35
  • 36
  • 37
  • 37.5
  • 38
  • 38.5
  • 39
  • 40
  • 40.5
  • 41
Frakt og Returerexpand_lessexpand_more
Fri Frakt Over 900KR
Standardleveringer Ankommer Innen 15–30 Dager, Og Vi Leverer 5 Dager I Uken.
Du Kan Returnere Bestillingen Din, Uansett Grunn Og Helt Kostnadsfritt, Innen 30 Dager.


Beskrivelse


We recommend that you take one size above your usual shoe size.

 

Named after one of the fastest and most athletic fishes in the ocean, the Marlin comes in just after 18 months of conceiving the Condor. The Marlin is designed for those days when you have performance in mind. Light and dynamic yet comfortable for everyday users. The Marlin is about perpetual improvement in mind.

The Marlin' sizing is slightly different, please refer yourself to the size guide.

Weight: 275 (size 43 EU)
Drop: 6 mm (24 mm - 18 mm)
Ride: Neutral
Surface: All roads

MATERIALS
Upper in V-Knit
Recycled polyester (100%)
Panels in T.P.U.
Logo V and heel insert made in Pebax® Rnew®
Ricinus oil (62%)
Insole
Sugar cane (52%), recycled polyester (23%)
Midsole
Sugar cane (60%)
Outsole 
Amazonian rubber (30%) and rice waste (31%)
Cushion latex in L-Foam
Natural latex from Brazil (30%)
Lining in Tech
Recycled polyester (100%)
Laces and cords
Recycled polyester (100%)
Biobased / Recycled (62%)
Made in Brazil

V-Knit is a knitting technique that provides elasticity and adaptability to the feet. It is knitted in one piece to reduce layering and stitching. The sneaker is light and comfortable, while the foot can breathe and stay well supported. This technique avoids the need for cutting and fabric scraps, thus reducing material waste.