Doing a quick change before training or a performance just got even easier, thanks to our Phoenix Full-length Zip-off Trousers. As the name implies, these trousers come with a full-length leg zip down one side, so you can whisk them off when required and get straight onto the ice without wasting time removing your boots. Indeed, specifically designed to be worn with your ice-skates, the beauty of the Phoenix Full-length Zip-off Trousers is that they just slide seamlessly off when you undo the long zip running down the right leg.
Featuring a two-way zipper, this means you can either zip or unzip at the waist, or from the bottom of the trousers, at the ankle. A handy Velcro fastener also adds further detail and security to the waist area, ensuring a snug fit during wear. Ideal for competition warm-ups, the Phoenix Full-length Zip-off Trousers will keep you comfortable and warm when needed and, once it’s time to remove them, all you have to do is unzip the side and let them pull easily away.
Made from a combination of polyamide material (85%) and elastane (15%), these are lightweight trousers with a great degree of flexibility and stretch, so they’re perfect for on-ice training and warm-ups. Comfortable and with good heat retention, the fabric is designed to ensure ease of movement across the ice, while the elastane brings a smoothness and shape-defining quality to the garment, along with moisture-wicking properties.
Available in classic black, the Phoenix Full-length Zip-off Trousers feature the Chique Sport logo on the back of the left calf area, while additional detailing comes with a ribbed border around the waistline, which adds texture and definition.
The perfect new addition to your training wardrobe, the Phoenix Full-length Zip-off Trousers are about to become your next favourite item in the Chique Sport collection.
The Phoenix Full-length Zip-off Trousers are available in classic black.
Key details:
- Full-length two-way zipper on right leg.
- Velcro fastener at top of leg/waistline.
- Logo on back left calf area.