Lib Tech Skunk Ape Camber 2025

The 2025 Lib Tech Skunk Ape Camber is the dream board for the bigger guy who struggles to find suitable boards; NOW IN CAMBER!. Only being made in wide sizes, the Skunk Ape Camber isn't just a big version of another board - it's specially designed to deliver top tier performance and zero drag for big guys with big boots (the smallest waist width being 26.8cm!). Lib-Tech have used their Horsepower construction to maximum effect, creating a smooth and strong ride that is suitable for any type of terrain, and combined with their Camber Directional profile, gives you even more response and control, float in power, and performance wherever you want to take it. 

Rider Level: Intermediate - Advanced

Board Type: All Mountain Freeride

Camber Type: Camber Directional

Traditional camber for maximum control and power. By distributing the maximum energy to the tip and tail you get a more precise ride, more power, and more pop. Ideal for aggressive and skilled riders who require the most from their snowboard.

Flex: 6/10 (1=soft, 10=stiff)

Shape: Directional Twin

This board has a pointed nose and rounded tail, but has the same nose and tail width and can perform just as well in switch as it does regular. The inserts are slightly set back, placing the centred stance further towards the tail which provides more forward facing float and power.

Core: HP - Horsepower

Lighter, environmentally nicer, smoother. Combines 60% Aspen and 40% Paulownia woods with Triax, Biax, and Basalt alloy glass for a super smooth and damp ride with lighter weight.

Base: Sintered Knife Cut

Fast and rugged with maximum wax retention.

Mounting Pattern: 2x4 inserts

Additional Features:

Magnetraction - 7 strategically placed serrations along the edges of the board grip onto the snow and hold a strong edge in any condition.

Eco Sublimated Bio Beans Topsheet - A bio-plastic made from beans. Good for your board, and good for the environment.

• Birch Internal Sidewalls
• UHMW Sintered Sidewalls
• UHMW Tip/Tail Impact Deflection