RTM 84

Desde la nieve reciente a aquella dura, los proyectistas de Völkl han realizado el estándar de referencia para la diversión en cada curva, accesible a los esquiadores avanzados y expertos.

Art-Nr.: 118211

Product Specifications

RTM 84

Desde la nieve reciente a aquella dura, los proyectistas de Völkl han realizado el estándar de referencia para la diversión en cada curva, accesible a los esquiadores avanzados y expertos. Gracias a la construcción 3D.Ridge, a nuestro sistema de fijaciones WideRide XL con compatibilidad GripWalk, al perfil Extended Rocker en la espátula y cola con curvatura bajo el pie y a la tecnología UVO, el modelo RTM 84 proporciona al esquiador un control total en las pistas preparadas. La nueva construcción 3D.Glass proporciona una transferencia mayor de la potencia, una mayor rigidez a la torsión y un mejor agarre en los cantos, así como una mayor agilidad.


Especificaciones

Rocker

XTD Tip & Tail Rocker

Núcleo

3D.Ridge Core

Base

P-Tex 2100

Nivel de esquí

Avanzado, Profesional


Tecnologías

Condición

Rendimiento en nieve dura

Rendimiento en todo tiempo de condiciones

Dinámica en giro largo

Agilidad en giro corto

Facilidad de manejo

Nivel del esquiador

KEY FEATURES

iPT Wideride XL 12 FR GW Green

Marker and Völkl developed the iPT Wideride system with a contact surface width 30% greater than standard.

On top of that, the binding is mounted significantly closer to the edge of the ski. This helps the energy flow more directly and continuously to the edges. They make wider skis more agile, responsive and easier to control. The skis are better in tune with the skier’s signals and application of pressure and edge for a precise and powerful characteristic. DIN-ISO: 4.0-12.0

3D.Glass

3D.GLASS is Völkl’s latest development to furthermore improve overall ski performance and stability even in critical snow conditions.

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.

Technology

3D.Ridge Core

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

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

3D.Ridge

Central Woodcore Ridge with superslim wings to significantly reduce weight and swing weight and keep the stability where...

Central Woodcore Ridge with superslim wings to significantly reduce weight and swing weight and keep the stability where necessary.
Our 3D.Ridge technology - is probably the most extreme and effective construction technique that currently exists. It has become a symbol of VÖLKL lightweight construction.
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, the 3D.Ridge ensures that there are no compromises in the ski‘s durability and elasticity.

Powered by Steel

A steel layer in the ski provides very good durability, controlled flex and smooth skiing in faster speeds.

A steel layer in the ski provides very good durability, controlled flex and smooth skiing in faster speeds.

Full 3D.Sidewall

The Full 3D Sidewall extends all the way from the tip to the tail and therefore allows perfect adaption to the ski’s...

The Full 3D Sidewall extends all the way from the tip to the tail and therefore allows perfect adaption to the ski’s requirements in every area. In the center under the binding it reaches from the edge up to the top sheet in correspondance to the highest pressure zone. Thus the ski becomes more durable with better power transfer characteristics. Further towards the outer ends it becomes narrower as the force effect ceases. This allows a weight reduction of the ski without any loss of durability.

Awards

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