ARENA Womens Standard Closed-Back Powerskin Carbon Glide Kneeskin Racing Suit

About this item

• 64% Polyamide, 34% Elastane, 2% Carbon Fiber
• Imported
• The closed-back Powerskin Carbon Glide combines arena's revolutionary Carbon Fiber technology with new lightweight fabrics to create the ultimate World Aquatics (FINA) approved racing suit for women
• Thanks to the multi-fabric construction of the suit which prioritizes both compression and lightness, athletes receive a high-performing supportive fit that enables full range of motion
• Structural innovations in the suit help to produce a high-density hold that strategically surrounds specific muscles, allowing for optimal buoyancy and a comfortable, targeted compression
• The integration of our new lightweight Hydroglide fabric helps the technical racing suit to reduce surface drag resulting in an efficient, seamless glide through the water
• The Powerskin Carbon Glide is comprised of materials that are inherently resistant to chlorine, ensuring the consistency and longevity of its compression and performance, even with repeated use
• Designed with a competitive racing environment in mind, arena's Powerskin Carbon Glide is the ultimate suit for speed and performance. The women's version offers a closed-back fit for a secure, locked-in feeling. It combines ultra-light Hydroglide fabric with arena's iconic Carbon Fiber technology for an increased glide through the water. The lightweight compression expertly targets key muscle groups, while stretching to allow athletes full range of motion and support. The Powerskin Carbon Glide's material composition provides mobility, glide and speed, with inherent chlorine-resistant properties that ensure its longevity. World Aquatics (FINA) approved. 64% Polyamide, 34% Elastane, 2% Carbon Fiber; Imported; The closed-back Powerskin Carbon Glide combines arena's revolutionary Carbon Fiber technology with new lightweight fabrics to create the ultimate World Aquatics (FINA) approved racing suit for women; Thanks to the multi-fabric construction of the suit which prioritizes both compression and lightness, athletes receive a high-performing supportive fit that enables full range of motion; Structural innovations in the suit help to produce a high-density hold that strategically surr