W P1 Elite Compression Shorts - Low Rise | Black

The ultimate run compression short, utilising superb lightweight yet powerful fabric for maximum support and comfort. Low rise cut designed with a soft comfortable and flattering waistband.

Features

• 15-20 MMHG Medical grade Graduated Compression
  
• Low Rise Fit
  
• Muscle mapping + ergonomically designed flocked silicon print, to map specific muscle groups such as quadriceps. Enhances fabric power giving greater support, helping to reduce risk of injury
  
• 225 compression fabric: a lightweight yet powerful circular knit compression fabric, delivering outstanding support and fabric memory. At just 225gsm this is perfect for the hotter and more humid climates
  
• Double back gel pocket storage
  
• Maximise muscle support and comfort with 9 inch inseam
  
• Moisture management and ergonomic fit for no chance of chaffing

Fabric & Tech

• SA1NT Compression garments are designed to provide support to muscles during physical activities and help reduce the risk of injury by reducing muscle oscillation (vibration) and fatigue while improving blood flow. 
  
• Powerful Large Wing Silicon Print to enhance and deliver muscle support by reducing oscillation in the quads
  
• Garments can also be used post-activity for recovery purposes. The evolved circular knit fabric used in the garment provides superior compression properties and shape resilience, which ensures that the garment maintains its compression properties even after repeated use and washing.
  
• The dope dyeing process used in production ensures that the colour is infused into the core of the fibre of the dope dyed yarns, providing a long-lasting colour that won't fade or bleed.
  
• The anti-bacterial technology used in the garment helps to keep the wearer feeling fresh and clean, even during and after intense physical activities.
  
• Flat bonded waistband with internal drawcord.
• 3 needle flatlock seams for greater comfort and reduce chafing.
• Fabric weight: ["225 GSM"]

Compression Rating

• 15-25 mmHg