Hammerhead Women’s Powerglide Tech Suit
The Powerglide Pro Kneeskin women's competition suits feature the revolutionary Aquatech® compression fabric. This lightweight construction fabric, made of high performance hydrophobic microfilaments, allows the swimmer to maintain excellent stability and alignment of the body during swimming for greater speed in the water. Through 3D anatomical modeling and hydrodynamic design, the Powerglide Pro Kneeskin acts as a second skin, offering strategic compression to increase muscle efficiency and reduce drag.
This advanced competition suit reduces muscle oscillation, prevents muscles from fatigue quickly, and improves blood circulation without limiting body movements. Compression also increases muscle oxygenation, slowing heart rate for better performance, and promotes muscle flexion and extension, resulting in faster water speeds with lower energy expenditure.
Powerglide Pro Kneeskin is produced in one piece with an advanced heat splicing system. This innovative system allows the front of the suit to have no seams, reducing drag and maximizing performance. This competition suit is completely smooth, without seams, which reduces turbulence causing swimmers to cut the water with minimum resistance.
Features:
Patented seam and heat technology
- Heat seams have a drag coefficient of 50% less than overlock seams
- Reduces drag
- Greater freedom of movement.
Internal panels for core stability applied by splicing to heat
- Internal panels support abdominal functions allowing the swimmer to maintain excellent swimming stability and body alignment during swimming
Zone Compression Technology
- Reduces body circumference by up to 10%
- Prevents pockets of air or water from forming inside the suit
- Offers greater compression by reducing muscle vibration and drag
Alignment of low drag seams
- Splices are aligned according to the flow of water
- Increases speed in water
Extremely light and hydrophobic Aquatech® fabric
- Hydrophobic fabric repels water
- Reduces coefficient of friction
Anatomical modeling in 3D
- Perfect fit on body
