Rukka Outlast Pants - Black - 2XL

Description

Rukka Outlast Pants The Rukka Outlast Pants work to keep the riders temperature not too hot, not too cold, but just right, over a broad range of environments and activity levels. In this phase change, the energy that was absorbed by the thermocules while you were active is returned to you. Rukka Outlast Pants The Rukka Outlast Pants work to keep the riders temperature not too hot, not too cold, but just right, over a broad range of environments and activity levels. When your activity level or the outside temperature increase, the Outlast thermocules begin to change from a solid to a liquid which provides you with a comfortable sensation of thermal equilibrium. The energy required to activate this process comes from your warm body or rising ambient temperatures. When you begin to cool down, Outlast thermocules begin to change back from a liquid to a solid. In this phase change, the energy that was absorbed by the thermocules while you were active is returned to you. The energy required to activate this process comes from your warm body or rising ambient temperatures. When you begin to cool down, Outlast thermocules begin to change back from a liquid to a solid. When your activity level or the outside temperature increase, the Outlast thermocules begin to change from a solid to a liquid which provides you with a comfortable sensation of thermal equilibrium.

Key Features

• When your activity level or the outside temperature increase, the Outlast thermocules begin to change from a solid to a liquid which provides you with a comfortable sensation of thermal equilibrium.
• When you begin to cool down, Outlast thermocules begin to change back from a liquid to a solid.
• Rukka Outlast Pants The Rukka Outlast Pants work to keep the riders temperature not too hot, not too cold, but just right, over a broad range of environments and activity levels.
• The energy required to activate this process comes from your warm body or rising ambient temperatures.
• In this phase change, the energy that was absorbed by the thermocules while you were active is returned to you.