Warm and comfortable winter coat with generous down insulation, excellent protection against the elements and several practical features.Read more
€690.00
Runs smallTrue to sizeRuns big
The model is 178 cm, wears size 38
Product description
Warm and comfortable winter coat with generous down insulation, excellent protection against the elements and several practical features.
Lilly W Down Coat is an exclusive down coat created with materials and details for chilly winter climates. The coat's fit is generous giving room to comfortably wear layers underneath.
The outer fabric in an elegant semi-matt finish has a coating that resists wind and repels water. Exposed parts such as the hood, shoulder area and sleeves are made of waterproof fabric. The luxurious warm feel is a result of the light and airy premium down insulation, 650 fillpower. The down tubes are woven and seamlessly welded, a technology that harmonizes with the sophisticated design, but also reduces the risk of down leakage. The inner lining also has a warming function as it is made of a material that contains graphene, a fiber that has high thermal conductivity and retains body heat.
The roomy storm hood can be adjusted with drawstrings and an integrated strap at the back. For flexibility and freedom of movement, the coat has practical two-way zipper at the front. The two zippered hand warming pockets at the sides have a soft lining. An inner pocket with zipper provides additional storage.
Heavy-duty YKK® zippers, glossy snap buttons and our iconic metal "8" on the sleeve are details that complete the coat's stylish design.
Performance
Waterproof
4/7
Windproof
7/7
Warm
7/7
Breathable
4/7
Lightweight
3/7
Details
Waterproof: Good 5 000 mm
Breathability: Good 5 000g/m2/24h
8 logo pin at sleeve
Woven tube tunnels at body
100% PFAS free DWR treatment
YKK® zippers
Fixed hood, adjustable with drawstring and center back strap
2 pockets at waist with brushed tricot inside
1 inner pocket with zip
Welding at front placket
Graphene lining for warming and anti static effect
