Rockbros RKCK0001 cycling pants, size M - black

Rockbros RKCK0001 cycling pants, size M - black

Discover the perfect combination of style, comfort and safety with the Rockbros RKCK0001 cycling trousers. Made of a mixture of 94% polyester and 6% spandex, they provide exceptional air permeability and flexibility. Their reflective elements guarantee visibility and safety in the dark, while the advanced material ensures comfort regardless of the conditions.

The most important advantages of Rockbros cycling pants:

• Exceptional wearing comfort . Thanks to the use of elastic fabric, the pants fit perfectly to the body, ensuring freedom of movement.
• Safety after dark . Reflective elements significantly increase visibility on the road, making driving safer in all lighting conditions.
• Breathable material. The material ensures high air permeability, which translates into maintaining optimal body temperature and comfort while riding.

Specification:

• Mark: Rockbros
• Model: RKCK0001
• Material: 94% polyester, 6% spandex
• Additional: reflective elements, breathable material

Size chart*:

Size	1) External length (cm)	2) Inner length (cm)	3) Waist circumference (cm)	4) Thigh circumference (cm)
S	98	70	112	50
M	100	72	116	52
L	101	74	120	54
XL	102	76	132	56
XXL	106	78	148	58

* Measurements were taken manually - there may be a slight difference in measurements.

Material comfort

A mixture of polyester and spandex guarantees flexibility and fit to the body, which is crucial for cyclists who value freedom of movement and comfort while riding. The material quickly wicks away moisture, leaving the skin dry.

Reflective safety

Safety after dark is a priority. Thanks to strategically placed reflective elements, the pants significantly increase your visibility on the road, minimizing the risk of not being noticed by other road users.

Breathable material

The material is the key to maintaining thermal comfort during intense exercise. This ensures air circulation, which translates into faster moisture removal and maintaining optimal body temperature.