The i-Run team says
Designed for your winter hikes, the Millet Pierra Ment tights for women are a perfect ally to easily climb the peaks.
Its Dual Tech hybrid construction is made of two materials that ensure optimal abrasion resistance and effective sweat wicking.
On the front, its fabric provides a pleasant source of warmth and its windproof property shields you from cold drafts. You benefit from a water-repellent coating that offers lasting protection against light rain.
The stretch material at the back grants you great freedom of movement. It also offers excellent breathability to keep you dry.
Its zippered ankles allow you to adjust the ventilation according to your needs and facilitate putting on and taking off. A zippered pocket at the back securely transports your small items.
Our model Camille is 1.75m tall and wears a size S.
Key points of the Millet Pierra Ment tights
- Dual Tech construction: abrasion resistance, freedom of movement, and sweat wicking
- Warm and windproof knit: warmth and protection
- Brushed interior at the front: warmth and softness
- Durable water-repellent DWR coating: protection against light rain
- Stretch and breathable material: freedom of movement and breathability
- Elastic waistband: fit and support
- Lower leg reinforcements: resistance and durability
- Pre-shaped knees
- Zippered ankles: adjustment, ventilation, and practicality
- Stretchable lower legs with silicone inserts: secure fit
- Zippered back pocket: secure storage
- Seamless crotch panel: ease and comfort
- Straps for ski boot loops
- Athletic fit: snug to your body
- Low Impact: eco-design
- Colors: black, gray, blue, and white
Technologies
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Low Impact
The unique LOW IMPACT framework is based on two essential eco-design criteria: low environmental impact materials (at least 40% of the product's weight is composed of low-impact material) and certified materials (at least 80% of the product's weight must be BLUESIGN® certified).
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Construction Dual Tech
The use of two complementary materials for better abrasion resistance, freedom of movement, and moisture transfer.
