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Deacon V.Werks + Lowride XL 13 FR VWerks Demo GW 2024
All-mountain skis - Men -
60 days to change your mindThe Deacon V.Werks are innovative all-mountain freeride skis from Völkl made for skiers looking for versatility and lightness in all conditions.
The construction with a hybrid Woodcore combined with carbon fibres that allow for precise power distribution from tip to tail to meet the most demanding needs of committed skiers. This construction offers vivacity and dynamism for a minimum of effort in support. This ski has a lateral profile 3D Radius with a double rocker in the tip and tail for more stability and fluidity at high speeds.
equipped with a thin and resistant Titanal frame, the Deacon V.Werks gives a powerful transmission of the supports under the feet as well as an excellent quality of absorption of the shocks while being reactive and handy. Finally, this model is offered with the Lowride XL 13 FR bindings which offers a harmonious flex under the waist and allows quick changes.
- P-Tex 4504 base, resistant with good glide
- Double rocker at the tip and tail
- Woodcore 3D hybrid multi-layer core (poplar, beech and isocore)
- Dynamic and precise Full Sidewall edges
- Lowrider XL Bindings 13 EN VWerks Demo GW
- Grip Walk Compatible
Sidecuts: 132 - 84 - 115 mm
Weight: 5760g for the 177cm model
3D RADIUS Turn radius:
The use of the long radius in the tip and tail for high speed turns which provides excellent maneuverability and easy turn clearance. The use of the shorter radius for short, medium-speed turns provides agility and easier corner entry for smoother short turns.
| Ski length | R1 (tip) | R2 (waist) | R3 (tail) |
| 167cm | 21 m | 13 m | 18 m |
| 172cm | 23 m | 14 m | 19 m |
| 177cm | 24 m | 15 m | 21 m |
| 182cm | 26 m | 16 m | 22 m |
3D Ridge:
This technology is the most highly technical and efficient to date. It is characterised by a raised central ridge that flattens abruptly towards the edge, both in front of and behind the binding. This minimises the inertia mass around the fulcrum and significantly increases the agility of the ski. In addition, the central ridge allows for a precise distribution of stiffness, which leads to a harmonious flexing of the entire ski.
Carbon Fiber Functional Placement :
In this construction, the carbon fibres are no longer incorporated as a uniform fleece. They are integrated by a sewing process so that their orientation and strength meet the functional requirements of each part of the ski. As the tip and tail are the most influential sections on a ski, the carbon fibres are concentrated exactly in these areas. As a result, power transmission is extremely precise and liveliness and energy are available with minimal effort.
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