Nike Indy Medium Support training bra lilac bloom/lilac bloom (FD1065-512)

Product details

Material Elastane, Polyester

Removable insole Yes

Seamless construction No

Inset Yes

Support Moderate

Adjustment Yes

Breathability Yes

Quick-drying material Yes

Model Smooth

Technologies Dri-FIT

Care and environment

Care instructions Machine washable

Warnings and producer's data

Other data

Sport Gym and fitness

Brand Nike

Leading colour Purple

Season Year-round

Model/product code Indy Medium Support FD1065-512

Gender Woman

Country of origin of the brand USA

Code 2000106023

Size	XS	S	M	L	XL
Bust (cm) / Cup size	65A-65E / 70A-70B	70C-70E / 75A-75C	75D-75E / 80A-80C	80D-80E / 85A-85C	85D-85E / 90A-90C

Advantages

Comfort

This bra was created with the aim of providing the highest possible level of comfort during use. The carefully developed cut and well-chosen materials ensure freedom of movement, without which it is difficult to perform an effective workout.

Removable cups

The construction of this bra model features cups that help support and shape the bust, without sacrificing the necessary comfort. The inserts are removable to adapt the product to the wearer[s current needs.

Quick-drying material

During an intense workout, you are sure to appreciate the material properties of this bra model. The fabric is characterised by quick drying, so you will perform your exercises in comfort and convenience.

Breathability

The training garments are characterised by exceptional breathability to ensure comfort and keep the skin dry during training. The materials used in this model, ensure that water vapour is properly wicked away to the outside.

Environmental friendliness

An increasing number of people are aware of the importance of the decisions we make every day. This model has been created with materials that are environmentally friendly, enabling an informed choice.

Dri-FIT

A technology used in sportswear that is based on two types of fibre - hydrophobic and hydrophilic. These prevent moisture absorption and increase the effectiveness of ventilation.