Hoka Glide 7 Inch 2-in-1 Running Shorts

Geared to keep you cool and dry till the last mile, the Hoka 2-in-1 short is exactly what it sounds like. Obsessively constructed with a supportive inner liner and ultra-stretchy woven exterior, this two-in-one performance short is finished with a stay-put waistband for that ultimate fast feeling

• Breathable - Allows air to enter and exit freely.
• Soft Inner Shorts With Hidden Pocket - Prevents chafing and irritation and keeps you comfortable, with a secure pocket when on the go.
• Multiple Pockets - One zipped pocket and two drop pockets for storing away essentials.
• Water Repellent Finish - Protection in light showers.
• Stretch Woven Front Panel and Mesh Back Panel - Increases comfort and breathability.
• Reflective Logo - For visibility in low light conditions.
• Inseam - 7 inch.
• Composition - Outer Shorts: 83% Recycled Polyester, 17% Spandex / Brief: 73% Recycled Polyester, 7% Polyester, 20% Elastane.

The Hoka Glide 7-inch 2-in-1 shorts have been designed with comfort in mind. They have been created with a stretch woven front panel and mesh back panel, by using these materials, the shorts allow for more significant movement, perfect for those long training runs or race days. Not only this but the back mesh panel offers better airflow into the shorts, whilst simultaneously pushing hot, muggy air out, leaving you feeling cool, dry and comfortable. Increasing the comfort of the shorts Hoka has included an inner short that is breathable and supportive, which also reduces chafing and irritation so you can have a comfortable run without distractions.

This inner short also contains a hidden pocket, perfect for storing your phone when on the go. The outer fabric has been coated with a water-repellent finish, providing you with added protection in light showers. The shorts feature a back storage panel, providing you with a place to store your essential items securely when you are on the move. Finishing the shorts is a reflective Hoka logo to provide you with visibility in low light conditions.