CCM Jetspeed FT6 Pro Elbow Pads Junior Medium

Pads are barely worn and in excellent condition with exception of a small tear in one of the elbow to upper-arm connectors (pictured multiple times). Only one pad has the tear, the other is in perfect condition. Tear is circled in red in the last picture. FT6 PRO The biggest change for the FT6 Pro elbow pads over previous models will be the all-new Aer-Tec thermoregulation system. This enhances air circulation, sweat evaporation and regulation of body heat. All of this helps to allow the body’s core temperature to cool quicker, helping players to keep cool and make faster, better decisions when it counts. Moving right into the construction process, the CCM Jetspeed FT6 Pro Elbow Pads use a 3-piece flexmotion construction. This improved construction better follows the elbow’s natural movements, allowing for easier movement when stick handling, passing, and shooting. The pro level forearm is constructed of compress-molded exposed foam which provides the highest level of lightweight protection while the Aer-Tec suspension system provides ventilation and aids airflow. The bicep area was constructed with compress molded exposed DRYFOAM liner coupled with max ventilation for cooling. Optimized articulation at the biceps provides better mobility to keep protection in place. For the elbow cap, the Jetspeed FT6 Pro Elbow Pads will have a molded PE cap with JDP construction and an exposed EVA foam cover. The JDP cap is designed to disperse impact force away from the elbow joint and the EVA foam cover adds even more protection. CCM also incorporated a newly redesigned strapping system on the JetSpeed FT6 Pro Elbow Pads. This strapping features a refined Y-shaped middle lock strap with anti-slippage and a nylon forearm strap that allows for a better fit without compromising movement.

The CCM JetSpeed FT6 Pro elbow pads feature the 3-piece Flexmotion design that mirrors the players natural arm movements for unparalleled agility. The reinforced HD foam forearm protection provide solid impact resistance without adding unnecessary weight.