Men's football boots Joma Top Flex IN royal/navy

Parameters

Brand Joma

Country of origin of the brand Spain

Outsole Rubber

Gender Male

Upper material Synthetic

A shoe with a sock No

Model/product code Top Flex IN TOPS2304IN

Reinforcements At the toes

Leading colour Navy blue

Type of surface IC/CT/IN - For the hall

Fastening type Laces

Season Year-round

Non-marking sole Yes

Technologies Protection Durability Pulsor

Sport Football

Men's football boots Joma Top Flex IN royal/navy 2

Sizes

EU size	36	37	37,5	38	39	40	40,5	41	42	42,5	43	43,5	44	44,5	45	46	47
Foot length (cm)	22,6-23,2	23,3-23,6	23,7-23,9	24-24,5	24,6-25,2	25,3-25,6	25,7-26,2	25,9-26,5	26,6-26,9	27-27,3	27,3-27,6	27,7-27,9	27,9-28,3	28,4-28,8	28,8-29,2	29,3-29,8	29,9-30,5

When shopping for Joma brand shoes, we recommend choosing a smaller size due to oversized sizing.

Product description

Advantages

Stabilisation

The appropriate construction of the shoe and the systems used translate into good stabilisation of the foot and ankle. This increases comfort and safety during play, allowing you to perform dynamic turns, jumps or slides.

Non-marking sole

The materials used for the sole are non-marking, so the shoes do not leave marks or scratches on the dancefloor and can be used indoors without worry.

Non-slip sole

The soles have been designed to provide very good grip on surfaces such as parquet or rubber, even during quick turns and sudden changes of direction. This allows the wearer a dynamic mode of play.

Robustness

This model is made of durable materials, making it very hard-wearing. As a result, the shoes will last a long time, even with very intensive and frequent use.

Technologies

Protection

An innovative material used in various parts of the shoe to improve its durability and enhance its resistance to damage.

Durability

The use of strong and damage-resistant rubber in the construction of sportswear and footwear, which provides high durability and improves their lifespan.

Pulsor

A fabric that changes colour when exposed to ultraviolet rays.