Unisex Bomber Collar Overshirt
R 4 499,00R 3 599,20
Available color(s)
ColorMulti colorSizing
Male model is 1.90m and is wearing a size M (Chest 99cm). Female model is 1.78m and is wearing a size S (Bust 81cm).
This product is currently out of stock.
Features
Overshirt Bomber Collar combines a regular shirt with a ribbed neckline we know from bomber jackets. Cut in a straight fit this design offers flap pockets at the chest with a hidden button closure and side seam pockets. At the back, two slanted pieces create shoulder panels with an enhanced fit. The back side is slightly extended and offers a curved hem.
Straight Fit
Ribbed collar
Long sleeves, adjustable cuffs - snap button closure
Flap pockets at the chest- hidden snap closures
Slightly extended back
Shaped shoulder panels
Snap button closure
Material
Vintage Wool Check Recycled
Woven check pattern, inspired by a vintage woolen overshirt. This woven twill is created out of recycled materials.
- Woven twill
- Check design
- Outer: 55% Polyester (Recycled), 40% Wool (Recycled), 5% Other
- Binding: 100% Cotton
- Recycled polyester is produced from post-consumer or post-industrial waste materials such as PET plastic bottles and apparel. Material that would otherwise have been sent to landfill or to incineration.
- Recycled wool is made from post-consumer or post-industrial wool waste.
Colour
Dark Fig Harper Check
Washing Instructions
Do not bleachDo not tumble dryLow temperature iron 110°CDo not washDry cleaning tetrachloride, normal processDry flatDo not iron print, trims and accessories, Iron inside out, Dry clean only
Art nr: d20662-c839-c751
Sustainability & Traceability
Preferred Materials
- 55% Polyester (Recycled) made from pre- or post-consumer plastic/polyester waste, of which PET bottles are the most common source. By giving discarded resources a new life we save raw materials, water, chemicals and energy.
- 40% Wool (Recycled) made from pre- consumer or post-consumer wool waste. By giving discarded resources a new life we save raw materials, water, chemicals and energy.