The all-new Vapor Hyperlite 2 skate line is built for ultimate quickness and agility. Vapor skates feature stiffer and more supportive material in the upper portion of the skate, and increased flex and responsiveness in the lower part of the boot. One big upgrade found in the X5 Pro youth skate is the Fiber Composite Pro boot. 

New Upgrades: Fiber Composite Pro Boot

Runner: LS1

Holder: LS Pro II

Liner: Hydrophobic with Comfort Edge

Tongue: 40oz Pro Stock

Eyelets/Facing: Standard 

Material: Fiber Composite

Construction: Digi Comp with a TPR Outsole

When purchasing a new pair of hockey skates, it is important to focus on fit. If you’re unsure which skate line or model fits your foot best, use our sizing guide below or for the most accurate measurement and assessment, visit your local Pure Hockey to be scanned on a Bauer 3D scanner.

The youth Bauer Vapor X5 Pro has a Fiber Composite Pro Quarter package which provides elite level support while keeping the skate very lightweight. The outsole is made of TPR, which allows the skate to maintain its lower flex point for quickness and agility.

For interior comfort, the X5 Pro uses comfort edge ankle padding. This feature is lightweight which increases the thermoformability of the boot thanks to its molding properties. With this material around the ankles, your young player will be comfortable, and the boot will form to their foot for a better overall fit. The hydrophobic liner provides good support, a soft feel, and moisture-management properties to help wick sweat away and keep your foot secured in the boot.

The Pro Stock 40oz tongue will give you the protection you need and prevent lace-bite, while the mid-density foam footbed will provide optimal comfort from a top-end skate.

The Bauer Vapor X5 Pro youth skate is an excellent option for players who skate 3-4 times a week and are looking for elite features in a high-performing skate all at a great value. Although this skate is recommended for Elite and Performance skaters, any player at any level can upgrade from a lower model.