Völkl RTM 86 Skis + iPT WideRide XL 12 FR GW Bindings 2019

3D.Ridge Technology: The distinctive characteristic of this technology is a raised central ridge that sharply levels out towards the edges, both in front of and behind the binding. This reduces the inertial mass around the fulcrum to a minimum and significantly enhances the agility of the ski. At the same time, the center ridge allows for a precise dimensioning of the hardness distribution, which leads to an especially harmonious flex on the ski. Despite the weight savings, 3D.Ridge ensures that there are no compromises in the ski‘s durability and elasticity.

3D.Ridge Core Light: A specially for 3D.Ridge developed layered three-dimensional wood core, based on the full sensor wood core construction.

3D.Glass: Compared to classic glass constructions, the three-dimensional and multiple-folded glass layers in the binding area result in an increased edge grip and a more vivid rebound behavior in turns.

Powered by Titanium: A Titanal layer just under the topskin delivers dampness and power at speed.

Full 3D Sidewall

P-Tex 4504 Base: A sintered, ultra-high molecular polyethylene base with an extremely high density. Besides a great wear resistance and perfect wax absorption, P-Tex 4504 is extremely fast and exclusively used on Volkl's top of the line and race models. The material has been upgraded with special additives to make it thermal and electro-conductive and proves its qualities with premium glide and maximum speed in races.

Includes iPT WideRide XL 12 FR GW Bindings: DIN Range 4 - 12

Bindings Do Not Come Mounted to Skis: Always have a certified binding technician mount and adjust your bindings.

UVO 3D (Ultimate Vibration Object): The terrain below the ski inevitably generates vibrations, which in turn set the shovel into motion. This significantly disrupts the smoothness of the ski-ride, and makes it harder to hold an edge. The revolutionary UVO technology works against this, through proven dampening in the form of reduced vibrations in the horizontal and vertical directions as well as along the length of the ski.