Fox Racing Ranger women's cycling shorts black 29314_001

Parameters

Model/product code Ranger 29314_001

Leading colour Black

Brand Fox Racing

Country of origin of the brand USA

Gender Woman

Season Spring/Summer

Harness No

Material Nylon, Spandex

Sport Bicycles

Inset No

Waterproof No

Matching Regular fit

Windproof No

Purpose MTB

Fastening type Snap

Type of Product Shorts

Pockets External Fastened

Technologies DWR

Breathability Yes

Fox Racing Ranger women's cycling shorts black 29314_001 2

Sizes

Size	XS	S	M	L	XL	XXL
Waist size (cm)	61-63,5	66-68,6	71,1-74,9	78,7-82,5	86,3	94-97,8
Hip circumference (cm)	87,6-90,1	92,7-95,2	97,8-101,6	105,4-109,2	111,7-114,3	116,8-121,9
Height (cm)	157,5-162,5	160-167,5	165-173	167,5-175	170-178	170-178
Inside leg length (cm)	66,7	68	69,2	70,5	71,7	71,7
Thigh circumference (cm)	49,5-51,8	53,3-55,3	57,1-59,7	62,2-64,8	67,3	69,8

Product description

Advantages

Fastened pockets

The zipped pocket found in this model of the shorts will prove useful for storing small items you want to carry with you while riding. Thanks to the fastening, they will be safe and you will have easy access to them.

Inset

The offered model of the shorts is equipped with a special insole, which is extremely soft. It absorbs shocks very well and protects sensitive areas. It also prevents chafing. The shorts with insole will allow you to pedal for long hours with maximum comfort.

Breathability

This model of cycling shorts was created for maximum comfort during long rides. Breathable fabric has been used to ensure air circulation. This allows excess heat to be drawn away from the skin to the outside.

Flexibility

The shorts are made of stretch fabric. Thanks to the stretch of the fibres, the shorts fit well to the body and are smooth and soft to the touch. The good fit of the garment significantly increases comfort while riding and reduces drag.

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.