Joma R.Hispalis women's running shoes black/pink RHISLS2201

Parameters

Brand Joma

Country of origin of the brand Spain

Outsole Rubber

Gender Woman

Weight 256 g

Upper material Fabric

Upper width Standard

Inset EVA insole

Midsole Full Dual Pulsar

Waterproof No

Model/product code R.Hispalis RHISLS2201

Purpose Training

Reinforcements Yes, Reinforced heel

Leading colour Black

Type of surface Asphalt

Fastening type Laces

Type of Product Neutral

Season Year-round

Technologies Flexo Durability C2S (CELL CUSHION SYSTEM) VTS 360º EXO COUNTER Glove System Sportech Reactive Ball Full Dual Pulsor Stabilis

Breathability Yes

Sport Running

Drop 10 mm

Joma R.Hispalis women's running shoes black/pink RHISLS2201 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

Breathability

The materials used in this model are highly breathable, meaning that moisture is effectively wicked away, leaving the inside of the running shoe dry and comfortable.

Depreciation

The sole material provides excellent cushioning and high energy return to make your run comfortable and safe, no matter what terrain you[re on.

Lightness

The designed construction of the sole and upper and the use of suitable materials ensures lightness without losing the necessary comfort during frequent, intensive use.

Matching

Thanks to the shoe[s lacing system, an individual, precise fit is possible, and this ensures maximum comfort, safety and foot stability even during demanding runs.

Technologies

Flexo

A state-of-the-art flex line design in the sole of the shoe that improves the flexibility of the shoe and provides the wearer with improved support during gait.

Durability

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

VTS

A specialised ventilation system that is responsible for wicking moisture to the outside and providing excellent thermal insulation.

360º

A state-of-the-art system used in training shoes that reinforces the connection between the sole and the upper, so that weight is evenly distributed during gait.

Glove System

The Glove system is an assembly system between the insole and the upper. By sewing the two parts together flat, shoes using this technology have greater comfort and less weight.

Reactive Ball

Reactive Ball technology is an innovative midsole made of double phylon. It provides excellent cushioning during running, protects joints and reduces foot fatigue.

Full Dual Pulsor

The cushioning system in Joma sports shoes. It consists of two ultralight phylon foams of different densities. The higher density ensures stability and energy return, the lower density ensures softness and comfortable cushioning.

Stabilis

A plastic element located in the sole of running shoes from the Joma brand. It is located in the narrowest part of the shoe - between the forefoot and the rearfoot. The purpose of the element is to provide stability and avoid unwanted movement of the foot.

Sportech

A solution found in sports footwear by Joma. It uses injected rubber, avoiding the use of seams and stiff materials in the upper of the shoe. By improving the flexing capabilities of the foot, it gives full freedom of movement. Provides lightness, comfort and a good fit.

EXO COUNTER

Reinforced construction of the rear part of the shoe, which increases protection and comfort of the heel. The heel counter consists of a durable microfibre on the outside and soft foam and PVC plastic on the inside.

C2S (CELL CUSHION SYSTEM)

A system from Joma that consists of placing EVA foam with perforated cells in the midsole. These cells act like a spring - they contract and expand as you step, providing cushioning and a rebound effect.