Women's softshell trousers The North Face Speedlight Slim Straight green NF0A7Z8ANYC1

Parameters

Model/product code Speedlight Slim Straight NF0A7Z8ANYC1

Leading colour Green

Brand The North Face

Country of origin of the brand USA

Gender Woman

Season Year-round

Model Smooth

Environmental friendliness PFC-Free

Sport Tourism

Leg length Long

Detachable leg No

Leg opening No

Care instructions Wash at max. 40°C

Material Elastane, Nylon

Fastening type Castle, Snap

Waterproof No

Pockets External Fastened

Leg styles Simple

Technologies DWR

Women's softshell trousers The North Face Speedlight Slim Straight green NF0A7Z8ANYC1 2

Sizes

Size	2	4	6	8	10	12	14
EU size	32	34	36	38	40	42	44
Waist size (cm)	64-66	66-69	69-71	71-74	74-76	76-79	81-84
Hip circumference (cm)	86-89	88-91	91-94	94-96	97-99	102-104	104-107
	72	74	74	74	74	74	75
	77	79	79	79	79	79	80
	83	84	84	84	84	84	85

Size	XS	S	M	L	XL	XXL
Waist size (cm)	61-64	66-71	74-76	81-84	89-94	99-102
Hip circumference (cm)	81-86	89-91	94-99	102-109	109-119	119-127
	71	72	72	74	74	74
	76	77	77	79	79	79
	81	83	83	84	84	84

Product description

Advantages

Freedom of movement

The product has been designed with a particular focus on providing the highest possible level of comfort. The carefully developed cut and choice of materials ensure freedom of movement.

Flexibility

Fitting to the shape of your body without restricting movement, it allows you to trek in comfort no matter what terrain you are on.

Hydrophobicity

Trekking trousers should protect the wearer from adverse weather conditions. In this model, care has been taken to ensure that they protect against water. The fabric has hydrophobic properties, which means that it effectively repels water molecules.

Durable material

The design of this model and the materials used in production make them extremely durable and much less prone to damage, so they will last a long time, even with frequent use.

Technologies

DWR

Hydrophobic technology used in textiles that require resistance to water and snow. It allows moisture to glide across the surface of the fabric instead of being absorbed.