Circle
Keep The Flow W
Circle Get Shorty 2.0
75.00 €
This product is not eligible for discounts
Please make sure to check the size guide before making your choice.
4 models available:
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75 €
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75 €
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75 €
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75 €
The i-Run team says
The Circle Get Shorty 2.0 Women's Shorts 15 cm are perfectly suited for your intensive running sessions.
Its stretch fabric adjusts to your body shape and promises great freedom of movement. The flat seams reduce friction.
Durable, it accompanies you over time with the same reliability. A side pocket holds your smartphone or your supplies.
In a circular economy approach, it is made with a majority of recycled materials.
Key features of the Circle Get Shorty 2.0 15cm shorts
- Circular economy design: use of recycled materials to avoid creating waste
- Stretch fabric: fit and freedom of movement
- Flat seams: reduce friction and irritation
- Robust material: durability
- 1 side pocket: storage
- 65% recycled materials
- Score of 5/5 Fairly Made traceability: control of product journey and social commitment in factories
- Oeko Tex Standard 100: free from harmful substances
- Made in Europe with products sourced from Europe
- Inseam: 15 cm
Lifetime Repair - Circle Commitment
At Circle, durability doesn't stop at design.
The brand offers a lifetime repair service on all its clothing.
A snag? A weakened seam? Submit your request directly on the official Circle website with just a few clicks.
The goal: extend the lifespan of your gear and limit its environmental impact.
Our model Mélissa is 1m73 tall and wears a size S.
Technologies
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Score traçabilité Fairly Made : 5/5
The traceability score of 5/5 is achieved if the brand controls the journey of its products and ensures the social and environmental commitment of each factory.
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Économie circulaire
The circular economy replicates what nature has created: using a material, transforming it, and giving it a new life.
The brand's approach is based on 3 essential pillars: preserving our resources (and no longer contributing to oil drilling), not recreating waste, and using as little energy as possible during the transformation stages.
