Nidecker Gamma APX Snowboard

• Surf Rail construction combines a thinner sidewall with a core that extends right over the edge; it's a beautiful-looking design that makes the Beta APX feel more agile and hold a turn like it's on rails.
• The 3D Evolution nose and tail has a spoon shape that smooths turn entry and helps the board surf through deep snow, crud and slush.
• Full-length carbon inlays give the Gamma APX explosive ollie power and reinforce the flex for hitting bigger features.

Features

Power Rails

An exclusive Nidecker construction inspired by surfboards. The topsheet is wrapped over a rounded wood core to meet a thin sidewall. It's a beautiful finish that's even more stunning to ride, delivering instant drive through the edge.

Absorbnid

An innovative top layer designed to absorb unwanted vibrations. Enjoy a smooth ride with less fatigue.

4 x 2/6

6 rows of inserts at 2 cm intervals gives you maximum choice of stance width and works with any binding on the market.

Biax Plus

Biax Plus features a classic 90° weave but uses more glass to enhance power transfer. It’s super responsive and ideal for riders seeking a stiffer and more agile board that's still playful.

Light Core

An ultra lightweight core based on a lively combination of poplar and paulownia. Hardwood beech stringers down the centre enhance the overall strength and boost pop.

N-9000 Sintered

A lightning quick sintered base made from super dense material with a high carbon content to minimise friction. Wax it on the regs for race-level performance.

Pop Carbon Plus

Pop Carbon is deployed on both sides of the core and from tip to tail, beefing up the flex. Ideal for aggressive riders who want snappy edge response, tons of pop and a smooth ride at high speeds.

Drop Out

The Drop Out is derived from the shape of a bird of prey's tail. It generates more control when up on edge, but also allows for extra agility and deep, tight turns.

Evolution Nose

Our 3D curved nose helps the board rolls smoothly edge to edge, creating a natural, surf-like flow through each turn.