CCM Jetspeed FT6 Pro Junior Shoulder Pads

CCM Jetspeed FT6 Pro Junior Shoulder PadsDescription The CCM JetSpeed FT6 Pro Junior Hockey Shoulder Pads are engineered to deliver elite level protection and comfort while keeping young athletes cool and mobile on the ice. Featuring the innovative AER TEC Thermoregulation System, these shoulder pads enhance air circulation, sweat evaporation, and body heat regulation, helping players maintain an optimal core temperature for better performance. Redesigned with advanced thermoregulation

Description

The CCM JetSpeed FT6 Pro Junior Hockey Shoulder Pads are engineered to deliver elite-level protection and comfort while keeping young athletes cool and mobile on the ice. Featuring the innovative AER-TEC Thermoregulation System, these shoulder pads enhance air circulation, sweat evaporation, and body heat regulation, helping players maintain an optimal core temperature for better performance. Redesigned with advanced thermoregulation benefits, these pads are lightweight, breathable, and provide unmatched mobility without compromising on protection.

Features

AER-TEC Thermoregulation System

The innovative AER-TEC Thermoregulation System fosters enhanced air circulation, sweat evaporation, and body heat regulation, allowing the body’s core temperature to cool quicker and enabling faster, better decisions on the ice.

Redesigned for Thermoregulation

Each piece of the FT6 Pro protective gear has been redesigned to maximize the scientifically proven benefits of thermoregulation, ensuring players stay cool and comfortable throughout the game.

Lightweight Construction

CCM's engineering excellence is evident in their lightest under-protective equipment, providing superior protection without adding unnecessary weight.

Enhanced Breathability

The AER-TEC system allows the equipment to breathe better, keeping the body cool and enhancing overall performance during every shift.

Unmatched Mobility

The new technology maintains the same DNA, offering maximum mobility while ensuring elite-level protection, combined with the unique benefits of advanced thermoregulation.