Skip to product information
NaN of -Infinity

CCM Jetspeed FT6 Hockey Pants - Junior

CCM Jetspeed FT6 Hockey Pants - Junior

Out of stock

Size
Color: Black
Regular price $139.99
Regular price Sale price $139.99
Liquid error (snippets/price line 121): divided by 0% OFF Sold out
Shipping calculated at checkout.
 More payment options
View full details

Description

The Jetspeed FT6 Hockey Pants are a high-quality option for advanced players looking for reliable protection, comfort, and adjustability on the ice.

FEATURES

  • AER-TEC thermoregulation system - AER-TEC thermoregulation system with maximized air intake in shell and belly pad for maximum breathability. Tapered profile for a connected feel, in a reduced weight yet durable and flexible design, perfect for a nimble competitive team player
  • Easy fit entry with built-in internal belt system +1” zipper - Wide front opening with stretchy functional panels for a seamless adjustment and vast range of movement. Features an integrated wider durable belt that will not twist and hidden +1” length-adjusting zipper allows for a custom fit and optimized comfort
  • Dryfoam technology with soft laminated water-repellent lining - Premium sublimated liner absorbs less sweat so you can stay dry and keep your equipment lightweight
  • Molded PE caps with vented foam base + anatomical kidney break - Elite-level impact protection with an anatomical kidney contour design for maximum comfort
  • Floating spine protector + injection-molded hybrid spine shield + ventilated tailbone pad - Elite-level spine protection with added ventilation exhaust system for breathability + segmented tailbone pad for pro-level mobility
  • Lightweight foam + molded PE plastic + leg zipper - High-level protection with floating thigh guards plus inner leg zipper to widen as needed
  • 400D nylon + 400D textured nylon side panel reinforcement + polyester - Made of premium nylon reinforced in all the important areas, with a pro cut 1" length in the back of the legs and repositioned inner leg zipper to reduce friction during cross-overs, for overall improved durability and airflow

Customer Reviews

Be the first to write a review
0%
(0)
0%
(0)
0%
(0)
0%
(0)
0%
(0)