Gymnation
W's High-waist Training Leggings - Bluesign -certified production
Gymnation W's High-waist Training Leggings
High-waisted tracksuit bottoms in stretch material. The design is the same as the popular High-Waist Training Tights, but the material is much more flexible and the fit is less compressive. These leggings are the most flexible and comfortable of Gymnation's leggings, and many of our customers have described this fabric as "a second skin". From the moment you put them on, you can feel the stretch and softness of the fabric, which makes them feel incredibly comfortable. The High-Waist Training Leggings are flexible and ideal for lighter gym workouts, yoga and pilates.
Due to the softness of the material, we do not recommend using the leggings for workouts where the product is subjected to a lot of abrasion, such as weightlifting. For such workouts we recommend either High-Waist training tights or Pro Compression tights.
Note! Tight fit, material stretches less than usual.
Features:
- High waist
- Supportive waistband, leggings stay in place during workout
- Very stretchy material, no compression
- Excellent opacity in the fabric, squat proof
- Breathable and quick-drying material
- The stretchy material makes leggings great for yoga
- Compression: 2/5
- Flexibility: 5/5
- Coverage: 5/5
- Resistance: 3/5
Size & Fit
Model +170cm is wearing size S. Fitted, normal sizing. Select the size you normally use. The model of the tights is narrowing to the waist. If your figure is more straight, we recommend Népra's or Girlfriend Collective's tights.Materials
- Top quality Italian material: 62% polyamide, 38% elastane
What's Sustainable?
- Designed in Finland and made in Lithuania in a Bluesign®-certified factory
Weekendbee guarantee
When you purchase a product from Weekendbee, you can be sure the choice is better for our planet. We support sustainably produced high quality products so that you can buy less and better.
Designed in Finland
Made in Lithuania in a Bluesign®-certified factory
OEKO-TEX®-certified materials