Women's Modern Dance Loose Open-Backed T-Shirt - Black

£12.99 −30%

Our team of passionate dance designers has created this short-sleeved T-shirt with an open back for young modern jazz and contemporary dancers of all levels.

Looking for a loose, elegant modern jazz T-shirt? This printed, velvet-effect T-shirt has an open back so you can move with style.

Color: BLACK
Size: size guide


Product benefits


The elastane in the fabric provides freedom of movement.


Very lightweight fabric that follows your movements.

Technical information

Why wear a loose T-shirt with an open back?

In modern jazz and contemporary dance, it's particularly important to feel at ease in your clothing, which means it needs to move with your body. That's exactly what this loose T-shirt offers, letting you perform each movement in full with no discomfort! The open back brings a sophisticated graphic touch and guarantees good breathability throughout your dance.


2 years

Product concept & technology

Product Composition

Main fabric 54% Acrylic, 38% Viscose, 8% Elasthane

Maintenance advice

Machine wash - 30° max - normal

Do not bleach

Do not tumble dry

Iron - Maximum temperature of 110°C - No Steam

Do not dry-clean


Women's Modern Dance Loose Open-Backed T-Shirt - Black
Women's Modern Dance Loose Open-Backed T-Shirt - Black
Women's Modern Dance Loose Open-Backed T-Shirt - Black


Customer reviews


Environmental Impact

The carbon footprint of this product is:
6.65 kg CO2e
1 kg of CO2e represents 5km in a petrol car (according to the Base Carbone© of ADEME)
What's the carbon footprint ? We evaluate the environmental impact of all our products. At all stages of their life cycle: from the extraction of the raw material, passing through transport to the plant which transforms them, the transformation, the manufacture, the transport of the finished product, until its use and end of life. Find out more
The environmental note of this product is: C
What is the environmental note? Overall environmental score for this product in comparison to others in the same category. It is calculated based on its impact on the environment (air and water emissions, greenhouse gas emissions, depletion of natural resources) at each stage of its life cycle, according to a system managed by ADEME. Find out more