CELEBRITY ART - Roller Skates
CELEBRITY ART - Roller Skates
Mens 2 | Womens 2 | EU 33
Crazy Skates USA
2801 Fortune Circle East Drive
Suite B
INDIANAPOLIS IN 46241-4341
United States
◼️ Classic White High-Top Boot
◼️ Galaxy Composite Fibre Skate Plate
◼️ Adjustable Boost Toe-Stop
◼️ Signature Slimline 60x32mm Artistic Urethane Wheels
Celebrity Art roller skates by Crazy Skates are a top-quality classic design that is built to deliver exceptional performance. These skates boast a range of features that make them ideal for both experienced roller skaters and those who are just starting out.
One of the standout features of the Celebrity Art roller skates is the composite fiber-reinforced skate plates. These plates are designed to be durable and provide excellent support, allowing for smooth gliding and precise manoeuvrability. The adjustable toe stops are another key feature, giving skaters the ability to customize their braking experience for optimal control.
The alloy trucks on the Celebrity Art roller skates are designed to be lightweight and sturdy, providing stability and responsiveness. The metal lace hooks are a small but important detail that ensures a secure fit, allowing skaters to focus on their performance without worrying about their skates coming undone.
The slimline artistic wheels on the Celebrity Art roller skates are designed for both indoor and outdoor use, allowing for versatile skating options. These wheels provide a smooth glide, making them ideal for artistic skating and other indoor activities, while also offering durability and traction for outdoor skating.
Overall, the Celebrity Art roller skates by Crazy Skates are a top-quality option for those looking for high-performance roller skates. Whether you're an established roller rink champion or an aspiring one, these skates are designed to help you skate with confidence and style.
Features:
- Classic High White Boots
- Metal Lace Hooks
- Adjustable Boost Toe-stop
- Signature Urethane Wheels
- Galaxy Nylon Plate
- Alloy Trucks
- ABEC-3 Precision Bearings