Skunk Ape Camber 2025 Snowboard
Skunk Ape Camber 2025 Snowboard
Skunk Ape Camber 2025 Snowboard
Skunk Ape Camber 2025 Snowboard
Skunk Ape Camber 2025 Snowboard
Skunk Ape Camber 2025 Snowboard
Early release

Lib Tech Skunk Ape Camber 2025 Snowboard

€699.95
VAT 21% included
Size
Last item in stock

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Skunk Ape Camber 2025 Snowboard
Lib tech Skunk Ape Camber 2025 Snowboard 161W
€699.95
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Description

The Lib Tech Skunk Ape Camber 2025 Snowboard is a true dream board for bigger snowboarders, designed and perfected by the experiMENTAL Division team. 

One of the most striking features of the new Skunk Ape II is the slightly more relaxed and longer nose. This modification was intentionally made to perform better in powder, with the nose effortlessly rising above the snow for a smooth ride.

Shape


Directional Twin - This shape combines features of both a directional and twin board. It has a symmetrical shape (twin) in terms of the nose and tail around the bindings, which provides balance for freestyle moves such as spins or switch riding. However, outside the bindings, the nose may be slightly longer than the tail, or the flex may differ from front to back, making the board more suitable for all-mountain riding in one direction. This makes the board versatile, performance oriented in different snow conditions and still suitable for park riding.

Rocker Type

Traditional Camber - A snowboard with camber has an upward curve between the bindings, while the nose and tail stay on the ground. This gives you more grip on the snow and more control when carving. A camber snowboard also allows you to make turns easily and reach higher speeds. It is perfect for experienced snowboarders who like to ride on the slopes and gain speed.

Flex rating

Medium - with a medium stiff flex, these snowboards are stable on the piste and offer enough flexibility for the park. It is the perfect balance between stability and forgiveness.

* The flexibility of Lib Tech snowboards depends on length. Refer to the table below for specific flex values.

Core

Horsepower (HP) Construction - A lighter, smoother blend of 60% aspen and 40% paulownia. Finished with basalt alloy.

Base

Sintered Knife Cut Base - The base was made with a double layer of ultra-high molecular weight polyethylene. Optimized wax retention and strength. Regular waxing and professional repairs are required.

Extra

Magne-Traction® – with Magne-Traction® transform your ice cream is powder. This technology has 7 stategically placed edge serrations. This gives you fantastic control and edge protection.

Binding compatibility

2x4 - This system is the most common pattern for snowboards today. Two rows of inserts are provided that are 2 inches apart. This allows for different stand widths. To attach your snowboard binding, you need four screws in the 2x4 system.

Terrain

All-Mountain|Freeride - these snowboards are perfect for all-mountain exploration and offer versatility and floatation in powdery conditions. If you're looking for a snowboard that performs well in fresh snow, the Lib Tech Orca snowboard is an excellent choice.

Rider level 

Intermediate|Advanced - Intermediate and advanced snowboards are designed for most snowboarders who are more experienced and looking for new challenges and thrills on the slopes. These snowboards usually have a stronger core and are often wider and stiffer than snowboards for beginners. They are ideal for snowboarders looking for more speed, stability and control at higher speeds and on steeper slopes.

Specs

Size (cm) Contact
Length (cm)
Side
Cut (m)
Nose / Tail
Width (cm)
Waist
Width (cm)
Surface
Area
(sq in)
Stance
Min-Max / Set Back
Stance
Min-Max / Set Back
(cm)
Flex
10 = Firm
Weight
Range
(lbs/kg)
161W 118 8.5 30.8 / 30.5 26.8 682 21"-26" / 1" 53.3 - 66 / 2.5 cm 7 145+ / 70+
165W 121 8.6 31.2 / 31 26.8 702 21"-26" / 1" 53.3 - 66 / 2.5 cm 7 145+ / 70+
170UW 124 8.75 32.9 / 32.6 28.5 766 21"-26" / 1" 53.3 - 66 / 2.5 cm 7 160+ / 75+

Specs

Flex
7.0
Rocker Type
Camber
Terrain
All-Mountain|Freeride
Base
Sintered
Level
Intermediate|Advanced
Shape
Directional twin